/*============================================================================ CMake - Cross Platform Makefile Generator Copyright 2000-2009 Kitware, Inc., Insight Software Consortium Distributed under the OSI-approved BSD License (the "License"); see accompanying file Copyright.txt for details. This software is distributed WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the License for more information. ============================================================================*/ #include "cmTarget.h" #include "cmake.h" #include "cmMakefile.h" #include "cmSourceFile.h" #include "cmLocalGenerator.h" #include "cmGlobalGenerator.h" #include "cmComputeLinkInformation.h" #include "cmListFileCache.h" #include "cmGeneratorExpression.h" #include "cmGeneratorExpressionDAGChecker.h" #include #include #include #include // required for atof #include #include const char* cmTarget::GetTargetTypeName(TargetType targetType) { switch( targetType ) { case cmTarget::STATIC_LIBRARY: return "STATIC_LIBRARY"; case cmTarget::MODULE_LIBRARY: return "MODULE_LIBRARY"; case cmTarget::SHARED_LIBRARY: return "SHARED_LIBRARY"; case cmTarget::OBJECT_LIBRARY: return "OBJECT_LIBRARY"; case cmTarget::EXECUTABLE: return "EXECUTABLE"; case cmTarget::UTILITY: return "UTILITY"; case cmTarget::GLOBAL_TARGET: return "GLOBAL_TARGET"; case cmTarget::INTERFACE_LIBRARY: return "INTERFACE_LIBRARY"; case cmTarget::UNKNOWN_LIBRARY: return "UNKNOWN_LIBRARY"; } assert(0 && "Unexpected target type"); return 0; } //---------------------------------------------------------------------------- struct cmTarget::OutputInfo { std::string OutDir; std::string ImpDir; std::string PdbDir; }; //---------------------------------------------------------------------------- struct cmTarget::ImportInfo { bool NoSOName; std::string Location; std::string SOName; std::string ImportLibrary; cmTarget::LinkInterface LinkInterface; }; //---------------------------------------------------------------------------- struct cmTarget::CompileInfo { std::string CompilePdbDir; }; struct TargetConfigPair : public std::pair { TargetConfigPair(cmTarget const* tgt, const std::string &config) : std::pair(tgt, config) {} }; //---------------------------------------------------------------------------- class cmTargetInternals { public: cmTargetInternals() { this->PolicyWarnedCMP0022 = false; } cmTargetInternals(cmTargetInternals const&) { this->PolicyWarnedCMP0022 = false; } ~cmTargetInternals(); // The backtrace when the target was created. cmListFileBacktrace Backtrace; // Cache link interface computation from each configuration. struct OptionalLinkInterface: public cmTarget::LinkInterface { OptionalLinkInterface(): Exists(false), Complete(false), ExplicitLibraries(0) {} bool Exists; bool Complete; const char* ExplicitLibraries; }; void ComputeLinkInterface(cmTarget const* thisTarget, const std::string& config, OptionalLinkInterface& iface, cmTarget const* head, const char *explicitLibraries) const; typedef std::map LinkInterfaceMapType; LinkInterfaceMapType LinkInterfaceMap; bool PolicyWarnedCMP0022; typedef std::map OutputInfoMapType; OutputInfoMapType OutputInfoMap; typedef std::map ImportInfoMapType; ImportInfoMapType ImportInfoMap; typedef std::map CompileInfoMapType; CompileInfoMapType CompileInfoMap; // Cache link implementation computation from each configuration. typedef std::map LinkImplMapType; LinkImplMapType LinkImplMap; typedef std::map LinkClosureMapType; LinkClosureMapType LinkClosureMap; struct TargetPropertyEntry { TargetPropertyEntry(cmsys::auto_ptr cge, const std::string &targetName = std::string()) : ge(cge), TargetName(targetName) {} const cmsys::auto_ptr ge; std::vector CachedEntries; const std::string TargetName; }; std::vector IncludeDirectoriesEntries; std::vector CompileOptionsEntries; std::vector CompileDefinitionsEntries; std::vector SourceEntries; std::vector LinkImplementationPropertyEntries; mutable std::map > CachedLinkInterfaceIncludeDirectoriesEntries; mutable std::map > CachedLinkInterfaceCompileOptionsEntries; mutable std::map > CachedLinkInterfaceCompileDefinitionsEntries; mutable std::map CacheLinkInterfaceIncludeDirectoriesDone; mutable std::map CacheLinkInterfaceCompileDefinitionsDone; mutable std::map CacheLinkInterfaceCompileOptionsDone; }; //---------------------------------------------------------------------------- void deleteAndClear( std::vector &entries) { for (std::vector::const_iterator it = entries.begin(), end = entries.end(); it != end; ++it) { delete *it; } entries.clear(); } //---------------------------------------------------------------------------- void deleteAndClear( std::map > &entries) { for (std::map >::iterator it = entries.begin(), end = entries.end(); it != end; ++it) { deleteAndClear(it->second); } } //---------------------------------------------------------------------------- cmTargetInternals::~cmTargetInternals() { deleteAndClear(this->CachedLinkInterfaceIncludeDirectoriesEntries); deleteAndClear(this->CachedLinkInterfaceCompileOptionsEntries); deleteAndClear(this->CachedLinkInterfaceCompileDefinitionsEntries); } //---------------------------------------------------------------------------- cmTarget::cmTarget() { #define INITIALIZE_TARGET_POLICY_MEMBER(POLICY) \ this->PolicyStatus ## POLICY = cmPolicies::WARN; CM_FOR_EACH_TARGET_POLICY(INITIALIZE_TARGET_POLICY_MEMBER) #undef INITIALIZE_TARGET_POLICY_MEMBER this->Makefile = 0; this->LinkLibrariesAnalyzed = false; this->HaveInstallRule = false; this->DLLPlatform = false; this->IsApple = false; this->IsImportedTarget = false; this->BuildInterfaceIncludesAppended = false; this->DebugIncludesDone = false; this->DebugCompileOptionsDone = false; this->DebugCompileDefinitionsDone = false; } //---------------------------------------------------------------------------- void cmTarget::DefineProperties(cmake *cm) { cm->DefineProperty ("RULE_LAUNCH_COMPILE", cmProperty::TARGET, "", "", true); cm->DefineProperty ("RULE_LAUNCH_LINK", cmProperty::TARGET, "", "", true); cm->DefineProperty ("RULE_LAUNCH_CUSTOM", cmProperty::TARGET, "", "", true); } void cmTarget::SetType(TargetType type, const std::string& name) { this->Name = name; // only add dependency information for library targets this->TargetTypeValue = type; if(this->TargetTypeValue >= STATIC_LIBRARY && this->TargetTypeValue <= MODULE_LIBRARY) { this->RecordDependencies = true; } else { this->RecordDependencies = false; } } //---------------------------------------------------------------------------- void cmTarget::SetMakefile(cmMakefile* mf) { // Set our makefile. this->Makefile = mf; // set the cmake instance of the properties this->Properties.SetCMakeInstance(mf->GetCMakeInstance()); // Check whether this is a DLL platform. this->DLLPlatform = (this->Makefile->IsOn("WIN32") || this->Makefile->IsOn("CYGWIN") || this->Makefile->IsOn("MINGW")); // Check whether we are targeting an Apple platform. this->IsApple = this->Makefile->IsOn("APPLE"); // Setup default property values. if (this->GetType() != INTERFACE_LIBRARY) { this->SetPropertyDefault("INSTALL_NAME_DIR", 0); this->SetPropertyDefault("INSTALL_RPATH", ""); this->SetPropertyDefault("INSTALL_RPATH_USE_LINK_PATH", "OFF"); this->SetPropertyDefault("SKIP_BUILD_RPATH", "OFF"); this->SetPropertyDefault("BUILD_WITH_INSTALL_RPATH", "OFF"); this->SetPropertyDefault("ARCHIVE_OUTPUT_DIRECTORY", 0); this->SetPropertyDefault("LIBRARY_OUTPUT_DIRECTORY", 0); this->SetPropertyDefault("RUNTIME_OUTPUT_DIRECTORY", 0); this->SetPropertyDefault("PDB_OUTPUT_DIRECTORY", 0); this->SetPropertyDefault("COMPILE_PDB_OUTPUT_DIRECTORY", 0); this->SetPropertyDefault("Fortran_FORMAT", 0); this->SetPropertyDefault("Fortran_MODULE_DIRECTORY", 0); this->SetPropertyDefault("GNUtoMS", 0); this->SetPropertyDefault("OSX_ARCHITECTURES", 0); this->SetPropertyDefault("AUTOMOC", 0); this->SetPropertyDefault("AUTOUIC", 0); this->SetPropertyDefault("AUTORCC", 0); this->SetPropertyDefault("AUTOMOC_MOC_OPTIONS", 0); this->SetPropertyDefault("AUTOUIC_OPTIONS", 0); this->SetPropertyDefault("AUTORCC_OPTIONS", 0); this->SetPropertyDefault("LINK_DEPENDS_NO_SHARED", 0); this->SetPropertyDefault("LINK_INTERFACE_LIBRARIES", 0); this->SetPropertyDefault("WIN32_EXECUTABLE", 0); this->SetPropertyDefault("MACOSX_BUNDLE", 0); this->SetPropertyDefault("MACOSX_RPATH", 0); this->SetPropertyDefault("NO_SYSTEM_FROM_IMPORTED", 0); } // Collect the set of configuration types. std::vector configNames; mf->GetConfigurations(configNames); // Setup per-configuration property default values. const char* configProps[] = { "ARCHIVE_OUTPUT_DIRECTORY_", "LIBRARY_OUTPUT_DIRECTORY_", "RUNTIME_OUTPUT_DIRECTORY_", "PDB_OUTPUT_DIRECTORY_", "COMPILE_PDB_OUTPUT_DIRECTORY_", "MAP_IMPORTED_CONFIG_", 0}; for(std::vector::iterator ci = configNames.begin(); ci != configNames.end(); ++ci) { std::string configUpper = cmSystemTools::UpperCase(*ci); for(const char** p = configProps; *p; ++p) { if (this->TargetTypeValue == INTERFACE_LIBRARY && strcmp(*p, "MAP_IMPORTED_CONFIG_") != 0) { continue; } std::string property = *p; property += configUpper; this->SetPropertyDefault(property, 0); } // Initialize per-configuration name postfix property from the // variable only for non-executable targets. This preserves // compatibility with previous CMake versions in which executables // did not support this variable. Projects may still specify the // property directly. if(this->TargetTypeValue != cmTarget::EXECUTABLE && this->TargetTypeValue != cmTarget::INTERFACE_LIBRARY) { std::string property = cmSystemTools::UpperCase(*ci); property += "_POSTFIX"; this->SetPropertyDefault(property, 0); } } // Save the backtrace of target construction. this->Makefile->GetBacktrace(this->Internal->Backtrace); if (!this->IsImported()) { // Initialize the INCLUDE_DIRECTORIES property based on the current value // of the same directory property: const std::vector parentIncludes = this->Makefile->GetIncludeDirectoriesEntries(); for (std::vector::const_iterator it = parentIncludes.begin(); it != parentIncludes.end(); ++it) { this->InsertInclude(*it); } const std::set parentSystemIncludes = this->Makefile->GetSystemIncludeDirectories(); for (std::set::const_iterator it = parentSystemIncludes.begin(); it != parentSystemIncludes.end(); ++it) { this->SystemIncludeDirectories.insert(*it); } const std::vector parentOptions = this->Makefile->GetCompileOptionsEntries(); for (std::vector::const_iterator it = parentOptions.begin(); it != parentOptions.end(); ++it) { this->InsertCompileOption(*it); } } if (this->GetType() != INTERFACE_LIBRARY) { this->SetPropertyDefault("C_VISIBILITY_PRESET", 0); this->SetPropertyDefault("CXX_VISIBILITY_PRESET", 0); this->SetPropertyDefault("VISIBILITY_INLINES_HIDDEN", 0); } if(this->TargetTypeValue == cmTarget::SHARED_LIBRARY || this->TargetTypeValue == cmTarget::MODULE_LIBRARY) { this->SetProperty("POSITION_INDEPENDENT_CODE", "True"); } if (this->GetType() != INTERFACE_LIBRARY) { this->SetPropertyDefault("POSITION_INDEPENDENT_CODE", 0); } // Record current policies for later use. #define CAPTURE_TARGET_POLICY(POLICY) \ this->PolicyStatus ## POLICY = \ this->Makefile->GetPolicyStatus(cmPolicies::POLICY); CM_FOR_EACH_TARGET_POLICY(CAPTURE_TARGET_POLICY) #undef CAPTURE_TARGET_POLICY if (this->TargetTypeValue == INTERFACE_LIBRARY) { // This policy is checked in a few conditions. The properties relevant // to the policy are always ignored for INTERFACE_LIBRARY targets, // so ensure that the conditions don't lead to nonsense. this->PolicyStatusCMP0022 = cmPolicies::NEW; } this->SetPropertyDefault("JOB_POOL_COMPILE", 0); this->SetPropertyDefault("JOB_POOL_LINK", 0); } //---------------------------------------------------------------------------- void cmTarget::AddUtility(const std::string& u, cmMakefile *makefile) { if(this->Utilities.insert(u).second && makefile) { makefile->GetBacktrace(UtilityBacktraces[u]); } } //---------------------------------------------------------------------------- cmListFileBacktrace const* cmTarget::GetUtilityBacktrace( const std::string& u) const { std::map::const_iterator i = this->UtilityBacktraces.find(u); if(i == this->UtilityBacktraces.end()) return 0; return &i->second; } //---------------------------------------------------------------------------- void cmTarget::FinishConfigure() { // Erase any cached link information that might have been comptued // on-demand during the configuration. This ensures that build // system generation uses up-to-date information even if other cache // invalidation code in this source file is buggy. this->ClearLinkMaps(); // Do old-style link dependency analysis. this->AnalyzeLibDependencies(*this->Makefile); } //---------------------------------------------------------------------------- void cmTarget::ClearLinkMaps() { this->Internal->LinkImplMap.clear(); this->Internal->LinkInterfaceMap.clear(); this->Internal->LinkClosureMap.clear(); for (cmTargetLinkInformationMap::const_iterator it = this->LinkInformation.begin(); it != this->LinkInformation.end(); ++it) { delete it->second; } this->LinkInformation.clear(); } //---------------------------------------------------------------------------- cmListFileBacktrace const& cmTarget::GetBacktrace() const { return this->Internal->Backtrace; } //---------------------------------------------------------------------------- std::string cmTarget::GetSupportDirectory() const { std::string dir = this->Makefile->GetCurrentOutputDirectory(); dir += cmake::GetCMakeFilesDirectory(); dir += "/"; dir += this->Name; #if defined(__VMS) dir += "_dir"; #else dir += ".dir"; #endif return dir; } //---------------------------------------------------------------------------- bool cmTarget::IsExecutableWithExports() const { return (this->GetType() == cmTarget::EXECUTABLE && this->GetPropertyAsBool("ENABLE_EXPORTS")); } //---------------------------------------------------------------------------- bool cmTarget::IsLinkable() const { return (this->GetType() == cmTarget::STATIC_LIBRARY || this->GetType() == cmTarget::SHARED_LIBRARY || this->GetType() == cmTarget::MODULE_LIBRARY || this->GetType() == cmTarget::UNKNOWN_LIBRARY || this->GetType() == cmTarget::INTERFACE_LIBRARY || this->IsExecutableWithExports()); } //---------------------------------------------------------------------------- bool cmTarget::HasImportLibrary() const { return (this->DLLPlatform && (this->GetType() == cmTarget::SHARED_LIBRARY || this->IsExecutableWithExports())); } //---------------------------------------------------------------------------- bool cmTarget::IsFrameworkOnApple() const { return (this->GetType() == cmTarget::SHARED_LIBRARY && this->Makefile->IsOn("APPLE") && this->GetPropertyAsBool("FRAMEWORK")); } //---------------------------------------------------------------------------- bool cmTarget::IsAppBundleOnApple() const { return (this->GetType() == cmTarget::EXECUTABLE && this->Makefile->IsOn("APPLE") && this->GetPropertyAsBool("MACOSX_BUNDLE")); } //---------------------------------------------------------------------------- bool cmTarget::IsCFBundleOnApple() const { return (this->GetType() == cmTarget::MODULE_LIBRARY && this->Makefile->IsOn("APPLE") && this->GetPropertyAsBool("BUNDLE")); } //---------------------------------------------------------------------------- bool cmTarget::IsBundleOnApple() const { return this->IsFrameworkOnApple() || this->IsAppBundleOnApple() || this->IsCFBundleOnApple(); } //---------------------------------------------------------------------------- void cmTarget::GetSourceFiles(std::vector &files) const { assert(this->GetType() != INTERFACE_LIBRARY); for(std::vector::const_iterator si = this->Internal->SourceEntries.begin(); si != this->Internal->SourceEntries.end(); ++si) { std::vector srcs; cmSystemTools::ExpandListArgument((*si)->ge->GetInput(), srcs); for(std::vector::const_iterator i = srcs.begin(); i != srcs.end(); ++i) { std::string src = *i; cmSourceFile* sf = this->Makefile->GetOrCreateSource(src); std::string e; src = sf->GetFullPath(&e); if(src.empty()) { if(!e.empty()) { cmake* cm = this->Makefile->GetCMakeInstance(); cm->IssueMessage(cmake::FATAL_ERROR, e, this->GetBacktrace()); } return; } files.push_back(src); } } } //---------------------------------------------------------------------------- void cmTarget::GetSourceFiles(std::vector &files) const { std::vector srcs; this->GetSourceFiles(srcs); std::set emitted; for(std::vector::const_iterator i = srcs.begin(); i != srcs.end(); ++i) { cmSourceFile* sf = this->Makefile->GetOrCreateSource(*i); if (emitted.insert(sf).second) { files.push_back(sf); } } } //---------------------------------------------------------------------------- void cmTarget::AddSources(std::vector const& srcs) { for(std::vector::const_iterator i = srcs.begin(); i != srcs.end(); ++i) { const char* src = i->c_str(); if(src[0] == '$' && src[1] == '<') { this->ProcessSourceExpression(*i); } else { this->AddSourceCMP0049(src); } } } //---------------------------------------------------------------------------- cmSourceFile* cmTarget::AddSourceCMP0049(const std::string& s) { std::string src = s; // For backwards compatibility replace varibles in source names. // This should eventually be removed. this->Makefile->ExpandVariablesInString(src); if (src != s) { cmOStringStream e; bool noMessage = false; cmake::MessageType messageType = cmake::AUTHOR_WARNING; switch(this->Makefile->GetPolicyStatus(cmPolicies::CMP0049)) { case cmPolicies::WARN: e << (this->Makefile->GetPolicies() ->GetPolicyWarning(cmPolicies::CMP0049)) << "\n"; break; case cmPolicies::OLD: noMessage = true; break; case cmPolicies::REQUIRED_ALWAYS: case cmPolicies::REQUIRED_IF_USED: case cmPolicies::NEW: messageType = cmake::FATAL_ERROR; } if (!noMessage) { e << "Legacy variable expansion in source file \"" << s << "\" expanded to \"" << src << "\" in target \"" << this->GetName() << "\". This behavior will be removed in a " "future version of CMake."; this->Makefile->IssueMessage(messageType, e.str()); if (messageType == cmake::FATAL_ERROR) { return 0; } } } return this->AddSource(src); } //---------------------------------------------------------------------------- struct CreateLocation { cmMakefile const* Makefile; CreateLocation(cmMakefile const* mf) : Makefile(mf) { } cmSourceFileLocation operator()(const std::string& filename) { return cmSourceFileLocation(this->Makefile, filename); } }; //---------------------------------------------------------------------------- struct LocationMatcher { const cmSourceFileLocation& Needle; LocationMatcher(const cmSourceFileLocation& needle) : Needle(needle) { } bool operator()(cmSourceFileLocation &loc) { return loc.Matches(this->Needle); } }; //---------------------------------------------------------------------------- struct TargetPropertyEntryFinder { private: const cmSourceFileLocation& Needle; public: TargetPropertyEntryFinder(const cmSourceFileLocation& needle) : Needle(needle) { } bool operator()(cmTargetInternals::TargetPropertyEntry* entry) { std::vector files; cmSystemTools::ExpandListArgument(entry->ge->GetInput(), files); std::vector locations(files.size()); std::transform(files.begin(), files.end(), locations.begin(), CreateLocation(this->Needle.GetMakefile())); return std::find_if(locations.begin(), locations.end(), LocationMatcher(this->Needle)) != locations.end(); } }; //---------------------------------------------------------------------------- cmSourceFile* cmTarget::AddSource(const std::string& src) { cmSourceFileLocation sfl(this->Makefile, src); if (std::find_if(this->Internal->SourceEntries.begin(), this->Internal->SourceEntries.end(), TargetPropertyEntryFinder(sfl)) == this->Internal->SourceEntries.end()) { cmListFileBacktrace lfbt; this->Makefile->GetBacktrace(lfbt); cmGeneratorExpression ge(lfbt); cmsys::auto_ptr cge = ge.Parse(src); this->Internal->SourceEntries.push_back( new cmTargetInternals::TargetPropertyEntry(cge)); } return this->Makefile->GetOrCreateSource(src); } //---------------------------------------------------------------------------- void cmTarget::ProcessSourceExpression(std::string const& expr) { if(cmHasLiteralPrefix(expr.c_str(), "$') { std::string objLibName = expr.substr(17, expr.size()-18); this->ObjectLibraries.push_back(objLibName); } else { cmOStringStream e; e << "Unrecognized generator expression:\n" << " " << expr; this->Makefile->IssueMessage(cmake::FATAL_ERROR, e.str()); } } //---------------------------------------------------------------------------- void cmTarget::MergeLinkLibraries( cmMakefile& mf, const std::string& selfname, const LinkLibraryVectorType& libs ) { // Only add on libraries we haven't added on before. // Assumption: the global link libraries could only grow, never shrink LinkLibraryVectorType::const_iterator i = libs.begin(); i += this->PrevLinkedLibraries.size(); for( ; i != libs.end(); ++i ) { // This is equivalent to the target_link_libraries plain signature. this->AddLinkLibrary( mf, selfname, i->first, i->second ); this->AppendProperty("INTERFACE_LINK_LIBRARIES", this->GetDebugGeneratorExpressions(i->first, i->second).c_str()); } this->PrevLinkedLibraries = libs; } //---------------------------------------------------------------------------- void cmTarget::AddLinkDirectory(const std::string& d) { // Make sure we don't add unnecessary search directories. if(this->LinkDirectoriesEmmitted.insert(d).second) { this->LinkDirectories.push_back(d); } } //---------------------------------------------------------------------------- const std::vector& cmTarget::GetLinkDirectories() const { return this->LinkDirectories; } //---------------------------------------------------------------------------- cmTarget::LinkLibraryType cmTarget::ComputeLinkType( const std::string& config) const { // No configuration is always optimized. if(config.empty()) { return cmTarget::OPTIMIZED; } // Get the list of configurations considered to be DEBUG. std::vector const& debugConfigs = this->Makefile->GetCMakeInstance()->GetDebugConfigs(); // Check if any entry in the list matches this configuration. std::string configUpper = cmSystemTools::UpperCase(config); for(std::vector::const_iterator i = debugConfigs.begin(); i != debugConfigs.end(); ++i) { if(*i == configUpper) { return cmTarget::DEBUG; } } // The current configuration is not a debug configuration. return cmTarget::OPTIMIZED; } //---------------------------------------------------------------------------- void cmTarget::ClearDependencyInformation( cmMakefile& mf, const std::string& target ) { // Clear the dependencies. The cache variable must exist iff we are // recording dependency information for this target. std::string depname = target; depname += "_LIB_DEPENDS"; if (this->RecordDependencies) { mf.AddCacheDefinition(depname, "", "Dependencies for target", cmCacheManager::STATIC); } else { if (mf.GetDefinition( depname )) { std::string message = "Target "; message += target; message += " has dependency information when it shouldn't.\n"; message += "Your cache is probably stale. Please remove the entry\n "; message += depname; message += "\nfrom the cache."; cmSystemTools::Error( message.c_str() ); } } } //---------------------------------------------------------------------------- bool cmTarget::NameResolvesToFramework(const std::string& libname) const { return this->Makefile->GetLocalGenerator()->GetGlobalGenerator()-> NameResolvesToFramework(libname); } //---------------------------------------------------------------------------- void cmTarget::GetDirectLinkLibraries(const std::string& config, std::vector &libs, cmTarget const* head) const { const char *prop = this->GetProperty("LINK_LIBRARIES"); if (prop) { cmListFileBacktrace lfbt; cmGeneratorExpression ge(lfbt); const cmsys::auto_ptr cge = ge.Parse(prop); cmGeneratorExpressionDAGChecker dagChecker(lfbt, this->GetName(), "LINK_LIBRARIES", 0, 0); cmSystemTools::ExpandListArgument(cge->Evaluate(this->Makefile, config, false, head, &dagChecker), libs); std::set seenProps = cge->GetSeenTargetProperties(); for (std::set::const_iterator it = seenProps.begin(); it != seenProps.end(); ++it) { if (!this->GetProperty(*it)) { this->LinkImplicitNullProperties.insert(*it); } } } } //---------------------------------------------------------------------------- void cmTarget::GetInterfaceLinkLibraries(const std::string& config, std::vector &libs, cmTarget const* head) const { const char *prop = this->GetProperty("INTERFACE_LINK_LIBRARIES"); if (prop) { cmListFileBacktrace lfbt; cmGeneratorExpression ge(lfbt); const cmsys::auto_ptr cge = ge.Parse(prop); cmGeneratorExpressionDAGChecker dagChecker(lfbt, this->GetName(), "INTERFACE_LINK_LIBRARIES", 0, 0); cmSystemTools::ExpandListArgument(cge->Evaluate(this->Makefile, config, false, head, &dagChecker), libs); } } //---------------------------------------------------------------------------- std::string cmTarget::GetDebugGeneratorExpressions(const std::string &value, cmTarget::LinkLibraryType llt) const { if (llt == GENERAL) { return value; } // Get the list of configurations considered to be DEBUG. std::vector const& debugConfigs = this->Makefile->GetCMakeInstance()->GetDebugConfigs(); std::string configString = "$"; if (debugConfigs.size() > 1) { for(std::vector::const_iterator li = debugConfigs.begin() + 1; li != debugConfigs.end(); ++li) { configString += ",$"; } configString = "$"; } if (llt == OPTIMIZED) { configString = "$"; } return "$<" + configString + ":" + value + ">"; } //---------------------------------------------------------------------------- static std::string targetNameGenex(const std::string& lib) { return "$"; } //---------------------------------------------------------------------------- bool cmTarget::PushTLLCommandTrace(TLLSignature signature) { bool ret = true; if (!this->TLLCommands.empty()) { if (this->TLLCommands.back().first != signature) { ret = false; } } cmListFileBacktrace lfbt; this->Makefile->GetBacktrace(lfbt); this->TLLCommands.push_back(std::make_pair(signature, lfbt)); return ret; } //---------------------------------------------------------------------------- void cmTarget::GetTllSignatureTraces(cmOStringStream &s, TLLSignature sig) const { std::vector sigs; typedef std::vector > Container; for(Container::const_iterator it = this->TLLCommands.begin(); it != this->TLLCommands.end(); ++it) { if (it->first == sig) { sigs.push_back(it->second); } } if (!sigs.empty()) { const char *sigString = (sig == cmTarget::KeywordTLLSignature ? "keyword" : "plain"); s << "The uses of the " << sigString << " signature are here:\n"; std::set emitted; for(std::vector::const_iterator it = sigs.begin(); it != sigs.end(); ++it) { cmListFileBacktrace::const_iterator i = it->begin(); if(i != it->end()) { cmListFileContext const& lfc = *i; cmOStringStream line; line << " * " << (lfc.Line? "": " in ") << lfc << std::endl; if (emitted.insert(line.str()).second) { s << line.str(); } ++i; } } } } //---------------------------------------------------------------------------- void cmTarget::AddLinkLibrary(cmMakefile& mf, const std::string& target, const std::string& lib, LinkLibraryType llt) { cmTarget *tgt = this->Makefile->FindTargetToUse(lib); { const bool isNonImportedTarget = tgt && !tgt->IsImported(); const std::string libName = (isNonImportedTarget && llt != GENERAL) ? targetNameGenex(lib) : lib; this->AppendProperty("LINK_LIBRARIES", this->GetDebugGeneratorExpressions(libName, llt).c_str()); } if (cmGeneratorExpression::Find(lib) != std::string::npos || (tgt && tgt->GetType() == INTERFACE_LIBRARY) || (target == lib )) { return; } cmTarget::LibraryID tmp; tmp.first = lib; tmp.second = llt; this->LinkLibraries.push_back( tmp ); this->OriginalLinkLibraries.push_back(tmp); this->ClearLinkMaps(); // Add the explicit dependency information for this target. This is // simply a set of libraries separated by ";". There should always // be a trailing ";". These library names are not canonical, in that // they may be "-framework x", "-ly", "/path/libz.a", etc. // We shouldn't remove duplicates here because external libraries // may be purposefully duplicated to handle recursive dependencies, // and we removing one instance will break the link line. Duplicates // will be appropriately eliminated at emit time. if(this->RecordDependencies) { std::string targetEntry = target; targetEntry += "_LIB_DEPENDS"; std::string dependencies; const char* old_val = mf.GetDefinition( targetEntry ); if( old_val ) { dependencies += old_val; } switch (llt) { case cmTarget::GENERAL: dependencies += "general"; break; case cmTarget::DEBUG: dependencies += "debug"; break; case cmTarget::OPTIMIZED: dependencies += "optimized"; break; } dependencies += ";"; dependencies += lib; dependencies += ";"; mf.AddCacheDefinition( targetEntry, dependencies.c_str(), "Dependencies for the target", cmCacheManager::STATIC ); } } //---------------------------------------------------------------------------- void cmTarget::AddSystemIncludeDirectories(const std::set &incs) { for(std::set::const_iterator li = incs.begin(); li != incs.end(); ++li) { this->SystemIncludeDirectories.insert(*li); } } //---------------------------------------------------------------------------- void cmTarget::AddSystemIncludeDirectories(const std::vector &incs) { for(std::vector::const_iterator li = incs.begin(); li != incs.end(); ++li) { this->SystemIncludeDirectories.insert(*li); } } //---------------------------------------------------------------------------- void cmTarget::AnalyzeLibDependencies( const cmMakefile& mf ) { // There are two key parts of the dependency analysis: (1) // determining the libraries in the link line, and (2) constructing // the dependency graph for those libraries. // // The latter is done using the cache entries that record the // dependencies of each library. // // The former is a more thorny issue, since it is not clear how to // determine if two libraries listed on the link line refer to the a // single library or not. For example, consider the link "libraries" // /usr/lib/libtiff.so -ltiff // Is this one library or two? The solution implemented here is the // simplest (and probably the only practical) one: two libraries are // the same if their "link strings" are identical. Thus, the two // libraries above are considered distinct. This also means that for // dependency analysis to be effective, the CMake user must specify // libraries build by his project without using any linker flags or // file extensions. That is, // LINK_LIBRARIES( One Two ) // instead of // LINK_LIBRARIES( -lOne ${binarypath}/libTwo.a ) // The former is probably what most users would do, but it never // hurts to document the assumptions. :-) Therefore, in the analysis // code, the "canonical name" of a library is simply its name as // given to a LINK_LIBRARIES command. // // Also, we will leave the original link line intact; we will just add any // dependencies that were missing. // // There is a problem with recursive external libraries // (i.e. libraries with no dependency information that are // recursively dependent). We must make sure that the we emit one of // the libraries twice to satisfy the recursion, but we shouldn't // emit it more times than necessary. In particular, we must make // sure that handling this improbable case doesn't cost us when // dealing with the common case of non-recursive libraries. The // solution is to assume that the recursion is satisfied at one node // of the dependency tree. To illustrate, assume libA and libB are // extrenal and mutually dependent. Suppose libX depends on // libA, and libY on libA and libX. Then // TARGET_LINK_LIBRARIES( Y X A B A ) // TARGET_LINK_LIBRARIES( X A B A ) // TARGET_LINK_LIBRARIES( Exec Y ) // would result in "-lY -lX -lA -lB -lA". This is the correct way to // specify the dependencies, since the mutual dependency of A and B // is resolved *every time libA is specified*. // // Something like // TARGET_LINK_LIBRARIES( Y X A B A ) // TARGET_LINK_LIBRARIES( X A B ) // TARGET_LINK_LIBRARIES( Exec Y ) // would result in "-lY -lX -lA -lB", and the mutual dependency // information is lost. This is because in some case (Y), the mutual // dependency of A and B is listed, while in another other case (X), // it is not. Depending on which line actually emits A, the mutual // dependency may or may not be on the final link line. We can't // handle this pathalogical case cleanly without emitting extra // libraries for the normal cases. Besides, the dependency // information for X is wrong anyway: if we build an executable // depending on X alone, we would not have the mutual dependency on // A and B resolved. // // IMPROVEMENTS: // -- The current algorithm will not always pick the "optimal" link line // when recursive dependencies are present. It will instead break the // cycles at an aribtrary point. The majority of projects won't have // cyclic dependencies, so this is probably not a big deal. Note that // the link line is always correct, just not necessary optimal. { // Expand variables in link library names. This is for backwards // compatibility with very early CMake versions and should // eventually be removed. This code was moved here from the end of // old source list processing code which was called just before this // method. for(LinkLibraryVectorType::iterator p = this->LinkLibraries.begin(); p != this->LinkLibraries.end(); ++p) { this->Makefile->ExpandVariablesInString(p->first, true, true); } } // The dependency map. DependencyMap dep_map; // 1. Build the dependency graph // for(LinkLibraryVectorType::reverse_iterator lib = this->LinkLibraries.rbegin(); lib != this->LinkLibraries.rend(); ++lib) { this->GatherDependencies( mf, *lib, dep_map); } // 2. Remove any dependencies that are already satisfied in the original // link line. // for(LinkLibraryVectorType::iterator lib = this->LinkLibraries.begin(); lib != this->LinkLibraries.end(); ++lib) { for( LinkLibraryVectorType::iterator lib2 = lib; lib2 != this->LinkLibraries.end(); ++lib2) { this->DeleteDependency( dep_map, *lib, *lib2); } } // 3. Create the new link line by simply emitting any dependencies that are // missing. Start from the back and keep adding. // std::set done, visited; std::vector newLinkLibraries; for(LinkLibraryVectorType::reverse_iterator lib = this->LinkLibraries.rbegin(); lib != this->LinkLibraries.rend(); ++lib) { // skip zero size library entries, this may happen // if a variable expands to nothing. if (lib->first.size() != 0) { this->Emit( *lib, dep_map, done, visited, newLinkLibraries ); } } // 4. Add the new libraries to the link line. // for( std::vector::reverse_iterator k = newLinkLibraries.rbegin(); k != newLinkLibraries.rend(); ++k ) { // get the llt from the dep_map this->LinkLibraries.push_back( std::make_pair(k->first,k->second) ); } this->LinkLibrariesAnalyzed = true; } //---------------------------------------------------------------------------- void cmTarget::InsertDependency( DependencyMap& depMap, const LibraryID& lib, const LibraryID& dep) { depMap[lib].push_back(dep); } //---------------------------------------------------------------------------- void cmTarget::DeleteDependency( DependencyMap& depMap, const LibraryID& lib, const LibraryID& dep) { // Make sure there is an entry in the map for lib. If so, delete all // dependencies to dep. There may be repeated entries because of // external libraries that are specified multiple times. DependencyMap::iterator map_itr = depMap.find( lib ); if( map_itr != depMap.end() ) { DependencyList& depList = map_itr->second; DependencyList::iterator itr; while( (itr = std::find(depList.begin(), depList.end(), dep)) != depList.end() ) { depList.erase( itr ); } } } //---------------------------------------------------------------------------- void cmTarget::Emit(const LibraryID lib, const DependencyMap& dep_map, std::set& emitted, std::set& visited, DependencyList& link_line ) { // It's already been emitted if( emitted.find(lib) != emitted.end() ) { return; } // Emit the dependencies only if this library node hasn't been // visited before. If it has, then we have a cycle. The recursion // that got us here should take care of everything. if( visited.insert(lib).second ) { if( dep_map.find(lib) != dep_map.end() ) // does it have dependencies? { const DependencyList& dep_on = dep_map.find( lib )->second; DependencyList::const_reverse_iterator i; // To cater for recursive external libraries, we must emit // duplicates on this link line *unless* they were emitted by // some other node, in which case we assume that the recursion // was resolved then. We making the simplifying assumption that // any duplicates on a single link line are on purpose, and must // be preserved. // This variable will keep track of the libraries that were // emitted directly from the current node, and not from a // recursive call. This way, if we come across a library that // has already been emitted, we repeat it iff it has been // emitted here. std::set emitted_here; for( i = dep_on.rbegin(); i != dep_on.rend(); ++i ) { if( emitted_here.find(*i) != emitted_here.end() ) { // a repeat. Must emit. emitted.insert(*i); link_line.push_back( *i ); } else { // Emit only if no-one else has if( emitted.find(*i) == emitted.end() ) { // emit dependencies Emit( *i, dep_map, emitted, visited, link_line ); // emit self emitted.insert(*i); emitted_here.insert(*i); link_line.push_back( *i ); } } } } } } //---------------------------------------------------------------------------- void cmTarget::GatherDependencies( const cmMakefile& mf, const LibraryID& lib, DependencyMap& dep_map) { // If the library is already in the dependency map, then it has // already been fully processed. if( dep_map.find(lib) != dep_map.end() ) { return; } const char* deps = mf.GetDefinition( lib.first+"_LIB_DEPENDS" ); if( deps && strcmp(deps,"") != 0 ) { // Make sure this library is in the map, even if it has an empty // set of dependencies. This distinguishes the case of explicitly // no dependencies with that of unspecified dependencies. dep_map[lib]; // Parse the dependency information, which is a set of // type, library pairs separated by ";". There is always a trailing ";". cmTarget::LinkLibraryType llt = cmTarget::GENERAL; std::string depline = deps; std::string::size_type start = 0; std::string::size_type end; end = depline.find( ";", start ); while( end != std::string::npos ) { std::string l = depline.substr( start, end-start ); if( l.size() != 0 ) { if (l == "debug") { llt = cmTarget::DEBUG; } else if (l == "optimized") { llt = cmTarget::OPTIMIZED; } else if (l == "general") { llt = cmTarget::GENERAL; } else { LibraryID lib2(l,llt); this->InsertDependency( dep_map, lib, lib2); this->GatherDependencies( mf, lib2, dep_map); llt = cmTarget::GENERAL; } } start = end+1; // skip the ; end = depline.find( ";", start ); } // cannot depend on itself this->DeleteDependency( dep_map, lib, lib); } } //---------------------------------------------------------------------------- static bool whiteListedInterfaceProperty(const std::string& prop) { if(cmHasLiteralPrefix(prop, "INTERFACE_")) { return true; } static const char* builtIns[] = { // ###: This must remain sorted. It is processed with a binary search. "COMPATIBLE_INTERFACE_BOOL", "COMPATIBLE_INTERFACE_NUMBER_MAX", "COMPATIBLE_INTERFACE_NUMBER_MIN", "COMPATIBLE_INTERFACE_STRING", "EXPORT_NAME", "IMPORTED", "NAME", "TYPE" }; if (std::binary_search(cmArrayBegin(builtIns), cmArrayEnd(builtIns), prop.c_str(), cmStrCmp(prop))) { return true; } if (cmHasLiteralPrefix(prop, "MAP_IMPORTED_CONFIG_")) { return true; } return false; } //---------------------------------------------------------------------------- void cmTarget::SetProperty(const std::string& prop, const char* value) { if (this->GetType() == INTERFACE_LIBRARY && !whiteListedInterfaceProperty(prop)) { cmOStringStream e; e << "INTERFACE_LIBRARY targets may only have whitelisted properties. " "The property \"" << prop << "\" is not allowed."; this->Makefile->IssueMessage(cmake::FATAL_ERROR, e.str()); return; } if (prop == "NAME") { cmOStringStream e; e << "NAME property is read-only\n"; this->Makefile->IssueMessage(cmake::FATAL_ERROR, e.str()); return; } if(prop == "INCLUDE_DIRECTORIES") { cmListFileBacktrace lfbt; this->Makefile->GetBacktrace(lfbt); cmGeneratorExpression ge(lfbt); deleteAndClear(this->Internal->IncludeDirectoriesEntries); cmsys::auto_ptr cge = ge.Parse(value); this->Internal->IncludeDirectoriesEntries.push_back( new cmTargetInternals::TargetPropertyEntry(cge)); return; } if(prop == "COMPILE_OPTIONS") { cmListFileBacktrace lfbt; this->Makefile->GetBacktrace(lfbt); cmGeneratorExpression ge(lfbt); deleteAndClear(this->Internal->CompileOptionsEntries); cmsys::auto_ptr cge = ge.Parse(value); this->Internal->CompileOptionsEntries.push_back( new cmTargetInternals::TargetPropertyEntry(cge)); return; } if(prop == "COMPILE_DEFINITIONS") { cmListFileBacktrace lfbt; this->Makefile->GetBacktrace(lfbt); cmGeneratorExpression ge(lfbt); deleteAndClear(this->Internal->CompileDefinitionsEntries); cmsys::auto_ptr cge = ge.Parse(value); this->Internal->CompileDefinitionsEntries.push_back( new cmTargetInternals::TargetPropertyEntry(cge)); return; } if(prop == "EXPORT_NAME" && this->IsImported()) { cmOStringStream e; e << "EXPORT_NAME property can't be set on imported targets (\"" << this->Name << "\")\n"; this->Makefile->IssueMessage(cmake::FATAL_ERROR, e.str()); return; } if (prop == "LINK_LIBRARIES") { this->Internal->LinkImplementationPropertyEntries.clear(); cmListFileBacktrace lfbt; this->Makefile->GetBacktrace(lfbt); cmValueWithOrigin entry(value, lfbt); this->Internal->LinkImplementationPropertyEntries.push_back(entry); return; } this->Properties.SetProperty(prop, value, cmProperty::TARGET); this->MaybeInvalidatePropertyCache(prop); } //---------------------------------------------------------------------------- void cmTarget::AppendProperty(const std::string& prop, const char* value, bool asString) { if (this->GetType() == INTERFACE_LIBRARY && !whiteListedInterfaceProperty(prop)) { cmOStringStream e; e << "INTERFACE_LIBRARY targets may only have whitelisted properties. " "The property \"" << prop << "\" is not allowed."; this->Makefile->IssueMessage(cmake::FATAL_ERROR, e.str()); return; } if (prop == "NAME") { cmOStringStream e; e << "NAME property is read-only\n"; this->Makefile->IssueMessage(cmake::FATAL_ERROR, e.str()); return; } if(prop == "INCLUDE_DIRECTORIES") { cmListFileBacktrace lfbt; this->Makefile->GetBacktrace(lfbt); cmGeneratorExpression ge(lfbt); this->Internal->IncludeDirectoriesEntries.push_back( new cmTargetInternals::TargetPropertyEntry(ge.Parse(value))); return; } if(prop == "COMPILE_OPTIONS") { cmListFileBacktrace lfbt; this->Makefile->GetBacktrace(lfbt); cmGeneratorExpression ge(lfbt); this->Internal->CompileOptionsEntries.push_back( new cmTargetInternals::TargetPropertyEntry(ge.Parse(value))); return; } if(prop == "COMPILE_DEFINITIONS") { cmListFileBacktrace lfbt; this->Makefile->GetBacktrace(lfbt); cmGeneratorExpression ge(lfbt); this->Internal->CompileDefinitionsEntries.push_back( new cmTargetInternals::TargetPropertyEntry(ge.Parse(value))); return; } if(prop == "EXPORT_NAME" && this->IsImported()) { cmOStringStream e; e << "EXPORT_NAME property can't be set on imported targets (\"" << this->Name << "\")\n"; this->Makefile->IssueMessage(cmake::FATAL_ERROR, e.str()); return; } if (prop == "LINK_LIBRARIES") { cmListFileBacktrace lfbt; this->Makefile->GetBacktrace(lfbt); cmValueWithOrigin entry(value, lfbt); this->Internal->LinkImplementationPropertyEntries.push_back(entry); return; } this->Properties.AppendProperty(prop, value, cmProperty::TARGET, asString); this->MaybeInvalidatePropertyCache(prop); } //---------------------------------------------------------------------------- std::string cmTarget::GetExportName() const { const char *exportName = this->GetProperty("EXPORT_NAME"); if (exportName && *exportName) { if (!cmGeneratorExpression::IsValidTargetName(exportName)) { cmOStringStream e; e << "EXPORT_NAME property \"" << exportName << "\" for \"" << this->GetName() << "\": is not valid."; cmSystemTools::Error(e.str().c_str()); return ""; } return exportName; } return this->GetName(); } //---------------------------------------------------------------------------- void cmTarget::AppendBuildInterfaceIncludes() { if(this->GetType() != cmTarget::SHARED_LIBRARY && this->GetType() != cmTarget::STATIC_LIBRARY && this->GetType() != cmTarget::MODULE_LIBRARY && this->GetType() != cmTarget::INTERFACE_LIBRARY && !this->IsExecutableWithExports()) { return; } if (this->BuildInterfaceIncludesAppended) { return; } this->BuildInterfaceIncludesAppended = true; if (this->Makefile->IsOn("CMAKE_INCLUDE_CURRENT_DIR_IN_INTERFACE")) { const char *binDir = this->Makefile->GetStartOutputDirectory(); const char *srcDir = this->Makefile->GetStartDirectory(); const std::string dirs = std::string(binDir ? binDir : "") + std::string(binDir ? ";" : "") + std::string(srcDir ? srcDir : ""); if (!dirs.empty()) { this->AppendProperty("INTERFACE_INCLUDE_DIRECTORIES", ("$").c_str()); } } } //---------------------------------------------------------------------------- void cmTarget::InsertInclude(const cmValueWithOrigin &entry, bool before) { cmGeneratorExpression ge(entry.Backtrace); std::vector::iterator position = before ? this->Internal->IncludeDirectoriesEntries.begin() : this->Internal->IncludeDirectoriesEntries.end(); this->Internal->IncludeDirectoriesEntries.insert(position, new cmTargetInternals::TargetPropertyEntry(ge.Parse(entry.Value))); } //---------------------------------------------------------------------------- void cmTarget::InsertCompileOption(const cmValueWithOrigin &entry, bool before) { cmGeneratorExpression ge(entry.Backtrace); std::vector::iterator position = before ? this->Internal->CompileOptionsEntries.begin() : this->Internal->CompileOptionsEntries.end(); this->Internal->CompileOptionsEntries.insert(position, new cmTargetInternals::TargetPropertyEntry(ge.Parse(entry.Value))); } //---------------------------------------------------------------------------- void cmTarget::InsertCompileDefinition(const cmValueWithOrigin &entry) { cmGeneratorExpression ge(entry.Backtrace); this->Internal->CompileDefinitionsEntries.push_back( new cmTargetInternals::TargetPropertyEntry(ge.Parse(entry.Value))); } //---------------------------------------------------------------------------- static void processIncludeDirectories(cmTarget const* tgt, const std::vector &entries, std::vector &includes, std::set &uniqueIncludes, cmGeneratorExpressionDAGChecker *dagChecker, const std::string& config, bool debugIncludes) { cmMakefile *mf = tgt->GetMakefile(); for (std::vector::const_iterator it = entries.begin(), end = entries.end(); it != end; ++it) { bool testIsOff = true; bool cacheIncludes = false; std::vector& entryIncludes = (*it)->CachedEntries; if(!entryIncludes.empty()) { testIsOff = false; } else { cmSystemTools::ExpandListArgument((*it)->ge->Evaluate(mf, config, false, tgt, dagChecker), entryIncludes); if (mf->IsGeneratingBuildSystem() && !(*it)->ge->GetHadContextSensitiveCondition()) { cacheIncludes = true; } } std::string usedIncludes; cmListFileBacktrace lfbt; for(std::vector::iterator li = entryIncludes.begin(); li != entryIncludes.end(); ++li) { std::string targetName = (*it)->TargetName; std::string evaluatedTargetName; { cmGeneratorExpression ge(lfbt); cmsys::auto_ptr cge = ge.Parse(targetName); evaluatedTargetName = cge->Evaluate(mf, config, false, tgt, 0, 0); } cmTarget *dependentTarget = mf->FindTargetToUse(targetName); const bool fromImported = dependentTarget && dependentTarget->IsImported(); cmTarget *evaluatedDependentTarget = (targetName != evaluatedTargetName) ? mf->FindTargetToUse(evaluatedTargetName) : 0; targetName = evaluatedTargetName; const bool fromEvaluatedImported = evaluatedDependentTarget && evaluatedDependentTarget->IsImported(); if ((fromImported || fromEvaluatedImported) && !cmSystemTools::FileExists(li->c_str())) { cmOStringStream e; cmake::MessageType messageType = cmake::FATAL_ERROR; if (fromEvaluatedImported) { switch(tgt->GetPolicyStatusCMP0027()) { case cmPolicies::WARN: e << (mf->GetPolicies() ->GetPolicyWarning(cmPolicies::CMP0027)) << "\n"; case cmPolicies::OLD: messageType = cmake::AUTHOR_WARNING; break; case cmPolicies::REQUIRED_ALWAYS: case cmPolicies::REQUIRED_IF_USED: case cmPolicies::NEW: break; } } e << "Imported target \"" << targetName << "\" includes " "non-existent path\n \"" << *li << "\"\nin its " "INTERFACE_INCLUDE_DIRECTORIES. Possible reasons include:\n" "* The path was deleted, renamed, or moved to another " "location.\n" "* An install or uninstall procedure did not complete " "successfully.\n" "* The installation package was faulty and references files it " "does not provide.\n"; tgt->GetMakefile()->IssueMessage(messageType, e.str()); return; } if (!cmSystemTools::FileIsFullPath(li->c_str())) { cmOStringStream e; bool noMessage = false; cmake::MessageType messageType = cmake::FATAL_ERROR; if (!targetName.empty()) { e << "Target \"" << targetName << "\" contains relative " "path in its INTERFACE_INCLUDE_DIRECTORIES:\n" " \"" << *li << "\""; } else { switch(tgt->GetPolicyStatusCMP0021()) { case cmPolicies::WARN: { e << (mf->GetPolicies() ->GetPolicyWarning(cmPolicies::CMP0021)) << "\n"; messageType = cmake::AUTHOR_WARNING; } break; case cmPolicies::OLD: noMessage = true; case cmPolicies::REQUIRED_IF_USED: case cmPolicies::REQUIRED_ALWAYS: case cmPolicies::NEW: // Issue the fatal message. break; } e << "Found relative path while evaluating include directories of " "\"" << tgt->GetName() << "\":\n \"" << *li << "\"\n"; } if (!noMessage) { tgt->GetMakefile()->IssueMessage(messageType, e.str()); if (messageType == cmake::FATAL_ERROR) { return; } } } if (testIsOff && !cmSystemTools::IsOff(li->c_str())) { cmSystemTools::ConvertToUnixSlashes(*li); } std::string inc = *li; if(uniqueIncludes.insert(inc).second) { includes.push_back(inc); if (debugIncludes) { usedIncludes += " * " + inc + "\n"; } } } if (cacheIncludes) { (*it)->CachedEntries = entryIncludes; } if (!usedIncludes.empty()) { mf->GetCMakeInstance()->IssueMessage(cmake::LOG, std::string("Used includes for target ") + tgt->GetName() + ":\n" + usedIncludes, (*it)->ge->GetBacktrace()); } } } //---------------------------------------------------------------------------- std::vector cmTarget::GetIncludeDirectories(const std::string& config) const { std::vector includes; std::set uniqueIncludes; cmListFileBacktrace lfbt; cmGeneratorExpressionDAGChecker dagChecker(lfbt, this->GetName(), "INCLUDE_DIRECTORIES", 0, 0); std::vector debugProperties; const char *debugProp = this->Makefile->GetDefinition("CMAKE_DEBUG_TARGET_PROPERTIES"); if (debugProp) { cmSystemTools::ExpandListArgument(debugProp, debugProperties); } bool debugIncludes = !this->DebugIncludesDone && std::find(debugProperties.begin(), debugProperties.end(), "INCLUDE_DIRECTORIES") != debugProperties.end(); if (this->Makefile->IsGeneratingBuildSystem()) { this->DebugIncludesDone = true; } processIncludeDirectories(this, this->Internal->IncludeDirectoriesEntries, includes, uniqueIncludes, &dagChecker, config, debugIncludes); if (!this->Internal->CacheLinkInterfaceIncludeDirectoriesDone[config]) { for (std::vector::const_iterator it = this->Internal->LinkImplementationPropertyEntries.begin(), end = this->Internal->LinkImplementationPropertyEntries.end(); it != end; ++it) { if (!cmGeneratorExpression::IsValidTargetName(it->Value) && cmGeneratorExpression::Find(it->Value) == std::string::npos) { continue; } { cmGeneratorExpression ge(lfbt); cmsys::auto_ptr cge = ge.Parse(it->Value); std::string result = cge->Evaluate(this->Makefile, config, false, this, 0, 0); if (!this->Makefile->FindTargetToUse(result)) { continue; } } std::string includeGenex = "$Value + ",INTERFACE_INCLUDE_DIRECTORIES>"; if (cmGeneratorExpression::Find(it->Value) != std::string::npos) { // Because it->Value is a generator expression, ensure that it // evaluates to the non-empty string before being used in the // TARGET_PROPERTY expression. includeGenex = "$<$Value + ">:" + includeGenex + ">"; } cmGeneratorExpression ge(it->Backtrace); cmsys::auto_ptr cge = ge.Parse( includeGenex); this->Internal ->CachedLinkInterfaceIncludeDirectoriesEntries[config].push_back( new cmTargetInternals::TargetPropertyEntry(cge, it->Value)); } if(this->Makefile->IsOn("APPLE")) { LinkImplementation const* impl = this->GetLinkImplementation(config, this); for(std::vector::const_iterator it = impl->Libraries.begin(); it != impl->Libraries.end(); ++it) { std::string libDir = cmSystemTools::CollapseFullPath(it->c_str()); static cmsys::RegularExpression frameworkCheck("(.*\\.framework)(/Versions/[^/]+)?/[^/]+$"); if(!frameworkCheck.find(libDir)) { continue; } libDir = frameworkCheck.match(1); cmGeneratorExpression ge(lfbt); cmsys::auto_ptr cge = ge.Parse(libDir.c_str()); this->Internal ->CachedLinkInterfaceIncludeDirectoriesEntries[config] .push_back(new cmTargetInternals::TargetPropertyEntry(cge)); } } } processIncludeDirectories(this, this->Internal->CachedLinkInterfaceIncludeDirectoriesEntries[config], includes, uniqueIncludes, &dagChecker, config, debugIncludes); if (!this->Makefile->IsGeneratingBuildSystem()) { deleteAndClear( this->Internal->CachedLinkInterfaceIncludeDirectoriesEntries); } else { this->Internal->CacheLinkInterfaceIncludeDirectoriesDone[config] = true; } return includes; } //---------------------------------------------------------------------------- static void processCompileOptionsInternal(cmTarget const* tgt, const std::vector &entries, std::vector &options, std::set &uniqueOptions, cmGeneratorExpressionDAGChecker *dagChecker, const std::string& config, bool debugOptions, const char *logName) { cmMakefile *mf = tgt->GetMakefile(); for (std::vector::const_iterator it = entries.begin(), end = entries.end(); it != end; ++it) { bool cacheOptions = false; std::vector entryOptions = (*it)->CachedEntries; if(entryOptions.empty()) { cmSystemTools::ExpandListArgument((*it)->ge->Evaluate(mf, config, false, tgt, dagChecker), entryOptions); if (mf->IsGeneratingBuildSystem() && !(*it)->ge->GetHadContextSensitiveCondition()) { cacheOptions = true; } } std::string usedOptions; for(std::vector::iterator li = entryOptions.begin(); li != entryOptions.end(); ++li) { std::string opt = *li; if(uniqueOptions.insert(opt).second) { options.push_back(opt); if (debugOptions) { usedOptions += " * " + opt + "\n"; } } } if (cacheOptions) { (*it)->CachedEntries = entryOptions; } if (!usedOptions.empty()) { mf->GetCMakeInstance()->IssueMessage(cmake::LOG, std::string("Used compile ") + logName + std::string(" for target ") + tgt->GetName() + ":\n" + usedOptions, (*it)->ge->GetBacktrace()); } } } //---------------------------------------------------------------------------- static void processCompileOptions(cmTarget const* tgt, const std::vector &entries, std::vector &options, std::set &uniqueOptions, cmGeneratorExpressionDAGChecker *dagChecker, const std::string& config, bool debugOptions) { processCompileOptionsInternal(tgt, entries, options, uniqueOptions, dagChecker, config, debugOptions, "options"); } //---------------------------------------------------------------------------- void cmTarget::GetAutoUicOptions(std::vector &result, const std::string& config) const { const char *prop = this->GetLinkInterfaceDependentStringProperty("AUTOUIC_OPTIONS", config); if (!prop) { return; } cmListFileBacktrace lfbt; cmGeneratorExpression ge(lfbt); cmGeneratorExpressionDAGChecker dagChecker(lfbt, this->GetName(), "AUTOUIC_OPTIONS", 0, 0); cmSystemTools::ExpandListArgument(ge.Parse(prop) ->Evaluate(this->Makefile, config, false, this, &dagChecker), result); } //---------------------------------------------------------------------------- void cmTarget::GetCompileOptions(std::vector &result, const std::string& config) const { std::set uniqueOptions; cmListFileBacktrace lfbt; cmGeneratorExpressionDAGChecker dagChecker(lfbt, this->GetName(), "COMPILE_OPTIONS", 0, 0); std::vector debugProperties; const char *debugProp = this->Makefile->GetDefinition("CMAKE_DEBUG_TARGET_PROPERTIES"); if (debugProp) { cmSystemTools::ExpandListArgument(debugProp, debugProperties); } bool debugOptions = !this->DebugCompileOptionsDone && std::find(debugProperties.begin(), debugProperties.end(), "COMPILE_OPTIONS") != debugProperties.end(); if (this->Makefile->IsGeneratingBuildSystem()) { this->DebugCompileOptionsDone = true; } processCompileOptions(this, this->Internal->CompileOptionsEntries, result, uniqueOptions, &dagChecker, config, debugOptions); if (!this->Internal->CacheLinkInterfaceCompileOptionsDone[config]) { for (std::vector::const_iterator it = this->Internal->LinkImplementationPropertyEntries.begin(), end = this->Internal->LinkImplementationPropertyEntries.end(); it != end; ++it) { if (!cmGeneratorExpression::IsValidTargetName(it->Value) && cmGeneratorExpression::Find(it->Value) == std::string::npos) { continue; } { cmGeneratorExpression ge(lfbt); cmsys::auto_ptr cge = ge.Parse(it->Value); std::string targetResult = cge->Evaluate(this->Makefile, config, false, this, 0, 0); if (!this->Makefile->FindTargetToUse(targetResult)) { continue; } } std::string optionGenex = "$Value + ",INTERFACE_COMPILE_OPTIONS>"; if (cmGeneratorExpression::Find(it->Value) != std::string::npos) { // Because it->Value is a generator expression, ensure that it // evaluates to the non-empty string before being used in the // TARGET_PROPERTY expression. optionGenex = "$<$Value + ">:" + optionGenex + ">"; } cmGeneratorExpression ge(it->Backtrace); cmsys::auto_ptr cge = ge.Parse( optionGenex); this->Internal ->CachedLinkInterfaceCompileOptionsEntries[config].push_back( new cmTargetInternals::TargetPropertyEntry(cge, it->Value)); } } processCompileOptions(this, this->Internal->CachedLinkInterfaceCompileOptionsEntries[config], result, uniqueOptions, &dagChecker, config, debugOptions); if (!this->Makefile->IsGeneratingBuildSystem()) { deleteAndClear(this->Internal->CachedLinkInterfaceCompileOptionsEntries); } else { this->Internal->CacheLinkInterfaceCompileOptionsDone[config] = true; } } //---------------------------------------------------------------------------- static void processCompileDefinitions(cmTarget const* tgt, const std::vector &entries, std::vector &options, std::set &uniqueOptions, cmGeneratorExpressionDAGChecker *dagChecker, const std::string& config, bool debugOptions) { processCompileOptionsInternal(tgt, entries, options, uniqueOptions, dagChecker, config, debugOptions, "definitions"); } //---------------------------------------------------------------------------- void cmTarget::GetCompileDefinitions(std::vector &list, const std::string& config) const { std::set uniqueOptions; cmListFileBacktrace lfbt; cmGeneratorExpressionDAGChecker dagChecker(lfbt, this->GetName(), "COMPILE_DEFINITIONS", 0, 0); std::vector debugProperties; const char *debugProp = this->Makefile->GetDefinition("CMAKE_DEBUG_TARGET_PROPERTIES"); if (debugProp) { cmSystemTools::ExpandListArgument(debugProp, debugProperties); } bool debugDefines = !this->DebugCompileDefinitionsDone && std::find(debugProperties.begin(), debugProperties.end(), "COMPILE_DEFINITIONS") != debugProperties.end(); if (this->Makefile->IsGeneratingBuildSystem()) { this->DebugCompileDefinitionsDone = true; } processCompileDefinitions(this, this->Internal->CompileDefinitionsEntries, list, uniqueOptions, &dagChecker, config, debugDefines); if (!this->Internal->CacheLinkInterfaceCompileDefinitionsDone[config]) { for (std::vector::const_iterator it = this->Internal->LinkImplementationPropertyEntries.begin(), end = this->Internal->LinkImplementationPropertyEntries.end(); it != end; ++it) { if (!cmGeneratorExpression::IsValidTargetName(it->Value) && cmGeneratorExpression::Find(it->Value) == std::string::npos) { continue; } { cmGeneratorExpression ge(lfbt); cmsys::auto_ptr cge = ge.Parse(it->Value); std::string targetResult = cge->Evaluate(this->Makefile, config, false, this, 0, 0); if (!this->Makefile->FindTargetToUse(targetResult)) { continue; } } std::string defsGenex = "$Value + ",INTERFACE_COMPILE_DEFINITIONS>"; if (cmGeneratorExpression::Find(it->Value) != std::string::npos) { // Because it->Value is a generator expression, ensure that it // evaluates to the non-empty string before being used in the // TARGET_PROPERTY expression. defsGenex = "$<$Value + ">:" + defsGenex + ">"; } cmGeneratorExpression ge(it->Backtrace); cmsys::auto_ptr cge = ge.Parse( defsGenex); this->Internal ->CachedLinkInterfaceCompileDefinitionsEntries[config].push_back( new cmTargetInternals::TargetPropertyEntry(cge, it->Value)); } if (!config.empty()) { std::string configPropName = "COMPILE_DEFINITIONS_" + cmSystemTools::UpperCase(config); const char *configProp = this->GetProperty(configPropName); if (configProp) { switch(this->Makefile->GetPolicyStatus(cmPolicies::CMP0043)) { case cmPolicies::WARN: { cmOStringStream e; e << this->Makefile->GetCMakeInstance()->GetPolicies() ->GetPolicyWarning(cmPolicies::CMP0043); this->Makefile->IssueMessage(cmake::AUTHOR_WARNING, e.str()); } case cmPolicies::OLD: { cmGeneratorExpression ge(lfbt); cmsys::auto_ptr cge = ge.Parse(configProp); this->Internal ->CachedLinkInterfaceCompileDefinitionsEntries[config] .push_back(new cmTargetInternals::TargetPropertyEntry(cge)); } break; case cmPolicies::NEW: case cmPolicies::REQUIRED_ALWAYS: case cmPolicies::REQUIRED_IF_USED: break; } } } } processCompileDefinitions(this, this->Internal->CachedLinkInterfaceCompileDefinitionsEntries[config], list, uniqueOptions, &dagChecker, config, debugDefines); if (!this->Makefile->IsGeneratingBuildSystem()) { deleteAndClear(this->Internal ->CachedLinkInterfaceCompileDefinitionsEntries); } else { this->Internal->CacheLinkInterfaceCompileDefinitionsDone[config] = true; } } //---------------------------------------------------------------------------- void cmTarget::MaybeInvalidatePropertyCache(const std::string& prop) { // Wipe out maps caching information affected by this property. if(this->IsImported() && cmHasLiteralPrefix(prop, "IMPORTED")) { this->Internal->ImportInfoMap.clear(); } if(!this->IsImported() && cmHasLiteralPrefix(prop, "LINK_INTERFACE_")) { this->ClearLinkMaps(); } } //---------------------------------------------------------------------------- static void cmTargetCheckLINK_INTERFACE_LIBRARIES( const std::string& prop, const char* value, cmMakefile* context, bool imported) { // Look for link-type keywords in the value. static cmsys::RegularExpression keys("(^|;)(debug|optimized|general)(;|$)"); if(!keys.find(value)) { return; } // Support imported and non-imported versions of the property. const char* base = (imported? "IMPORTED_LINK_INTERFACE_LIBRARIES" : "LINK_INTERFACE_LIBRARIES"); // Report an error. cmOStringStream e; e << "Property " << prop << " may not contain link-type keyword \"" << keys.match(2) << "\". " << "The " << base << " property has a per-configuration " << "version called " << base << "_ which may be " << "used to specify per-configuration rules."; if(!imported) { e << " " << "Alternatively, an IMPORTED library may be created, configured " << "with a per-configuration location, and then named in the " << "property value. " << "See the add_library command's IMPORTED mode for details." << "\n" << "If you have a list of libraries that already contains the " << "keyword, use the target_link_libraries command with its " << "LINK_INTERFACE_LIBRARIES mode to set the property. " << "The command automatically recognizes link-type keywords and sets " << "the LINK_INTERFACE_LIBRARIES and LINK_INTERFACE_LIBRARIES_DEBUG " << "properties accordingly."; } context->IssueMessage(cmake::FATAL_ERROR, e.str()); } //---------------------------------------------------------------------------- static void cmTargetCheckINTERFACE_LINK_LIBRARIES(const char* value, cmMakefile* context) { // Look for link-type keywords in the value. static cmsys::RegularExpression keys("(^|;)(debug|optimized|general)(;|$)"); if(!keys.find(value)) { return; } // Report an error. cmOStringStream e; e << "Property INTERFACE_LINK_LIBRARIES may not contain link-type " "keyword \"" << keys.match(2) << "\". The INTERFACE_LINK_LIBRARIES " "property may contain configuration-sensitive generator-expressions " "which may be used to specify per-configuration rules."; context->IssueMessage(cmake::FATAL_ERROR, e.str()); } //---------------------------------------------------------------------------- void cmTarget::CheckProperty(const std::string& prop, cmMakefile* context) const { // Certain properties need checking. if(cmHasLiteralPrefix(prop, "LINK_INTERFACE_LIBRARIES")) { if(const char* value = this->GetProperty(prop)) { cmTargetCheckLINK_INTERFACE_LIBRARIES(prop, value, context, false); } } if(cmHasLiteralPrefix(prop, "IMPORTED_LINK_INTERFACE_LIBRARIES")) { if(const char* value = this->GetProperty(prop)) { cmTargetCheckLINK_INTERFACE_LIBRARIES(prop, value, context, true); } } if(cmHasLiteralPrefix(prop, "INTERFACE_LINK_LIBRARIES")) { if(const char* value = this->GetProperty(prop)) { cmTargetCheckINTERFACE_LINK_LIBRARIES(value, context); } } } //---------------------------------------------------------------------------- void cmTarget::MarkAsImported() { this->IsImportedTarget = true; } //---------------------------------------------------------------------------- bool cmTarget::HaveWellDefinedOutputFiles() const { return this->GetType() == cmTarget::STATIC_LIBRARY || this->GetType() == cmTarget::SHARED_LIBRARY || this->GetType() == cmTarget::MODULE_LIBRARY || this->GetType() == cmTarget::EXECUTABLE; } //---------------------------------------------------------------------------- cmTarget::OutputInfo const* cmTarget::GetOutputInfo( const std::string& config) const { // There is no output information for imported targets. if(this->IsImported()) { return 0; } // Only libraries and executables have well-defined output files. if(!this->HaveWellDefinedOutputFiles()) { std::string msg = "cmTarget::GetOutputInfo called for "; msg += this->GetName(); msg += " which has type "; msg += cmTarget::GetTargetTypeName(this->GetType()); this->GetMakefile()->IssueMessage(cmake::INTERNAL_ERROR, msg); abort(); return 0; } // Lookup/compute/cache the output information for this configuration. std::string config_upper; if(!config.empty()) { config_upper = cmSystemTools::UpperCase(config); } typedef cmTargetInternals::OutputInfoMapType OutputInfoMapType; OutputInfoMapType::const_iterator i = this->Internal->OutputInfoMap.find(config_upper); if(i == this->Internal->OutputInfoMap.end()) { OutputInfo info; this->ComputeOutputDir(config, false, info.OutDir); this->ComputeOutputDir(config, true, info.ImpDir); if(!this->ComputePDBOutputDir("PDB", config, info.PdbDir)) { info.PdbDir = info.OutDir; } OutputInfoMapType::value_type entry(config_upper, info); i = this->Internal->OutputInfoMap.insert(entry).first; } return &i->second; } //---------------------------------------------------------------------------- cmTarget::CompileInfo const* cmTarget::GetCompileInfo( const std::string& config) const { // There is no compile information for imported targets. if(this->IsImported()) { return 0; } if(this->GetType() > cmTarget::OBJECT_LIBRARY) { std::string msg = "cmTarget::GetCompileInfo called for "; msg += this->GetName(); msg += " which has type "; msg += cmTarget::GetTargetTypeName(this->GetType()); this->GetMakefile()->IssueMessage(cmake::INTERNAL_ERROR, msg); abort(); return 0; } // Lookup/compute/cache the compile information for this configuration. std::string config_upper; if(!config.empty()) { config_upper = cmSystemTools::UpperCase(config); } typedef cmTargetInternals::CompileInfoMapType CompileInfoMapType; CompileInfoMapType::const_iterator i = this->Internal->CompileInfoMap.find(config_upper); if(i == this->Internal->CompileInfoMap.end()) { CompileInfo info; this->ComputePDBOutputDir("COMPILE_PDB", config, info.CompilePdbDir); CompileInfoMapType::value_type entry(config_upper, info); i = this->Internal->CompileInfoMap.insert(entry).first; } return &i->second; } //---------------------------------------------------------------------------- std::string cmTarget::GetDirectory(const std::string& config, bool implib) const { if (this->IsImported()) { // Return the directory from which the target is imported. return cmSystemTools::GetFilenamePath( this->ImportedGetFullPath(config, implib)); } else if(OutputInfo const* info = this->GetOutputInfo(config)) { // Return the directory in which the target will be built. return implib? info->ImpDir : info->OutDir; } return ""; } //---------------------------------------------------------------------------- std::string cmTarget::GetPDBDirectory(const std::string& config) const { if(OutputInfo const* info = this->GetOutputInfo(config)) { // Return the directory in which the target will be built. return info->PdbDir; } return ""; } //---------------------------------------------------------------------------- std::string cmTarget::GetCompilePDBDirectory(const std::string& config) const { if(CompileInfo const* info = this->GetCompileInfo(config)) { return info->CompilePdbDir; } return ""; } //---------------------------------------------------------------------------- const char* cmTarget::GetLocation(const std::string& config) const { static std::string location; if (this->IsImported()) { location = this->ImportedGetFullPath(config, false); } else { location = this->GetFullPath(config, false); } return location.c_str(); } //---------------------------------------------------------------------------- const char* cmTarget::GetLocationForBuild() const { static std::string location; if(this->IsImported()) { location = this->ImportedGetFullPath("", false); return location.c_str(); } // Now handle the deprecated build-time configuration location. location = this->GetDirectory(); if(!location.empty()) { location += "/"; } const char* cfgid = this->Makefile->GetDefinition("CMAKE_CFG_INTDIR"); if(cfgid && strcmp(cfgid, ".") != 0) { location += "/"; location += cfgid; location += "/"; } if(this->IsAppBundleOnApple()) { std::string macdir = this->BuildMacContentDirectory("", "", false); if(!macdir.empty()) { location += "/"; location += macdir; } } location += "/"; location += this->GetFullName("", false); return location.c_str(); } //---------------------------------------------------------------------------- void cmTarget::GetTargetVersion(int& major, int& minor) const { int patch; this->GetTargetVersion(false, major, minor, patch); } //---------------------------------------------------------------------------- void cmTarget::GetTargetVersion(bool soversion, int& major, int& minor, int& patch) const { // Set the default values. major = 0; minor = 0; patch = 0; assert(this->GetType() != INTERFACE_LIBRARY); // Look for a VERSION or SOVERSION property. const char* prop = soversion? "SOVERSION" : "VERSION"; if(const char* version = this->GetProperty(prop)) { // Try to parse the version number and store the results that were // successfully parsed. int parsed_major; int parsed_minor; int parsed_patch; switch(sscanf(version, "%d.%d.%d", &parsed_major, &parsed_minor, &parsed_patch)) { case 3: patch = parsed_patch; // no break! case 2: minor = parsed_minor; // no break! case 1: major = parsed_major; // no break! default: break; } } } //---------------------------------------------------------------------------- const char* cmTarget::GetFeature(const std::string& feature, const std::string& config) const { if(!config.empty()) { std::string featureConfig = feature; featureConfig += "_"; featureConfig += cmSystemTools::UpperCase(config); if(const char* value = this->GetProperty(featureConfig)) { return value; } } if(const char* value = this->GetProperty(feature)) { return value; } return this->Makefile->GetFeature(feature, config); } //---------------------------------------------------------------------------- const char *cmTarget::GetProperty(const std::string& prop) const { return this->GetProperty(prop, cmProperty::TARGET); } //---------------------------------------------------------------------------- bool cmTarget::HandleLocationPropertyPolicy() const { if (this->IsImported()) { return true; } const char *modal = 0; cmake::MessageType messageType = cmake::AUTHOR_WARNING; switch (this->Makefile->GetPolicyStatus(cmPolicies::CMP0026)) { case cmPolicies::WARN: modal = "should"; case cmPolicies::OLD: break; case cmPolicies::REQUIRED_ALWAYS: case cmPolicies::REQUIRED_IF_USED: case cmPolicies::NEW: modal = "may"; messageType = cmake::FATAL_ERROR; } if (modal) { cmOStringStream e; e << (this->Makefile->GetPolicies() ->GetPolicyWarning(cmPolicies::CMP0026)) << "\n"; e << "The LOCATION property " << modal << " not be read from target \"" << this->GetName() << "\". Use the target name directly with " "add_custom_command, or use the generator expression $, " "as appropriate.\n"; this->Makefile->IssueMessage(messageType, e.str()); } return messageType != cmake::FATAL_ERROR; } //---------------------------------------------------------------------------- const char *cmTarget::GetProperty(const std::string& prop, cmProperty::ScopeType scope) const { if (this->GetType() == INTERFACE_LIBRARY && !whiteListedInterfaceProperty(prop)) { cmOStringStream e; e << "INTERFACE_LIBRARY targets may only have whitelisted properties. " "The property \"" << prop << "\" is not allowed."; this->Makefile->IssueMessage(cmake::FATAL_ERROR, e.str()); return 0; } if (prop == "NAME") { return this->GetName().c_str(); } // Watch for special "computed" properties that are dependent on // other properties or variables. Always recompute them. if(this->GetType() == cmTarget::EXECUTABLE || this->GetType() == cmTarget::STATIC_LIBRARY || this->GetType() == cmTarget::SHARED_LIBRARY || this->GetType() == cmTarget::MODULE_LIBRARY || this->GetType() == cmTarget::UNKNOWN_LIBRARY) { if(prop == "LOCATION") { if (!this->HandleLocationPropertyPolicy()) { return 0; } // Set the LOCATION property of the target. // // For an imported target this is the location of an arbitrary // available configuration. // // For a non-imported target this is deprecated because it // cannot take into account the per-configuration name of the // target because the configuration type may not be known at // CMake time. this->Properties.SetProperty("LOCATION", this->GetLocationForBuild(), cmProperty::TARGET); } // Support "LOCATION_". if(cmHasLiteralPrefix(prop, "LOCATION_")) { if (!this->HandleLocationPropertyPolicy()) { return 0; } const char* configName = prop.c_str() + 9; this->Properties.SetProperty(prop, this->GetLocation(configName), cmProperty::TARGET); } // Support "_LOCATION". if(cmHasLiteralSuffix(prop, "_LOCATION")) { std::string configName(prop.c_str(), prop.size() - 9); if(configName != "IMPORTED") { if (!this->HandleLocationPropertyPolicy()) { return 0; } this->Properties.SetProperty(prop, this->GetLocation(configName), cmProperty::TARGET); } } } if(prop == "INCLUDE_DIRECTORIES") { static std::string output; output = ""; std::string sep; typedef cmTargetInternals::TargetPropertyEntry TargetPropertyEntry; for (std::vector::const_iterator it = this->Internal->IncludeDirectoriesEntries.begin(), end = this->Internal->IncludeDirectoriesEntries.end(); it != end; ++it) { output += sep; output += (*it)->ge->GetInput(); sep = ";"; } return output.c_str(); } if(prop == "COMPILE_OPTIONS") { static std::string output; output = ""; std::string sep; typedef cmTargetInternals::TargetPropertyEntry TargetPropertyEntry; for (std::vector::const_iterator it = this->Internal->CompileOptionsEntries.begin(), end = this->Internal->CompileOptionsEntries.end(); it != end; ++it) { output += sep; output += (*it)->ge->GetInput(); sep = ";"; } return output.c_str(); } if(prop == "COMPILE_DEFINITIONS") { static std::string output; output = ""; std::string sep; typedef cmTargetInternals::TargetPropertyEntry TargetPropertyEntry; for (std::vector::const_iterator it = this->Internal->CompileDefinitionsEntries.begin(), end = this->Internal->CompileDefinitionsEntries.end(); it != end; ++it) { output += sep; output += (*it)->ge->GetInput(); sep = ";"; } return output.c_str(); } if(prop == "LINK_LIBRARIES") { static std::string output; output = ""; std::string sep; for (std::vector::const_iterator it = this->Internal->LinkImplementationPropertyEntries.begin(), end = this->Internal->LinkImplementationPropertyEntries.end(); it != end; ++it) { output += sep; output += it->Value; sep = ";"; } return output.c_str(); } if (prop == "IMPORTED") { return this->IsImported()?"TRUE":"FALSE"; } if(prop == "SOURCES") { cmOStringStream ss; const char* sep = ""; typedef cmTargetInternals::TargetPropertyEntry TargetPropertyEntry; for(std::vector::const_iterator i = this->Internal->SourceEntries.begin(); i != this->Internal->SourceEntries.end(); ++i) { std::string entry = (*i)->ge->GetInput(); std::vector files; cmSystemTools::ExpandListArgument(entry, files); for (std::vector::const_iterator li = files.begin(); li != files.end(); ++li) { cmSourceFile *sf = this->Makefile->GetOrCreateSource(*li); // Construct what is known about this source file location. cmSourceFileLocation const& location = sf->GetLocation(); std::string sname = location.GetDirectory(); if(!sname.empty()) { sname += "/"; } sname += location.GetName(); ss << sep; sep = ";"; // Append this list entry. ss << sname; } } this->Properties.SetProperty("SOURCES", ss.str().c_str(), cmProperty::TARGET); } // the type property returns what type the target is if (prop == "TYPE") { return cmTarget::GetTargetTypeName(this->GetType()); } bool chain = false; const char *retVal = this->Properties.GetPropertyValue(prop, scope, chain); if (chain) { return this->Makefile->GetProperty(prop,scope); } return retVal; } //---------------------------------------------------------------------------- bool cmTarget::GetPropertyAsBool(const std::string& prop) const { return cmSystemTools::IsOn(this->GetProperty(prop)); } //---------------------------------------------------------------------------- class cmTargetCollectLinkLanguages { public: cmTargetCollectLinkLanguages(cmTarget const* target, const std::string& config, std::set& languages, cmTarget const* head): Config(config), Languages(languages), HeadTarget(head), Makefile(target->GetMakefile()), Target(target) { this->Visited.insert(target); } void Visit(const std::string& name) { cmTarget *target = this->Makefile->FindTargetToUse(name); if(!target) { if(name.find("::") != std::string::npos) { bool noMessage = false; cmake::MessageType messageType = cmake::FATAL_ERROR; cmOStringStream e; switch(this->Makefile->GetPolicyStatus(cmPolicies::CMP0028)) { case cmPolicies::WARN: { e << (this->Makefile->GetPolicies() ->GetPolicyWarning(cmPolicies::CMP0028)) << "\n"; messageType = cmake::AUTHOR_WARNING; } break; case cmPolicies::OLD: noMessage = true; case cmPolicies::REQUIRED_IF_USED: case cmPolicies::REQUIRED_ALWAYS: case cmPolicies::NEW: // Issue the fatal message. break; } if(!noMessage) { e << "Target \"" << this->Target->GetName() << "\" links to target \"" << name << "\" but the target was not found. Perhaps a find_package() " "call is missing for an IMPORTED target, or an ALIAS target is " "missing?"; this->Makefile->GetCMakeInstance()->IssueMessage(messageType, e.str(), this->Target->GetBacktrace()); } } return; } if(!this->Visited.insert(target).second) { return; } cmTarget::LinkInterface const* iface = target->GetLinkInterface(this->Config, this->HeadTarget); if(!iface) { return; } for(std::vector::const_iterator li = iface->Languages.begin(); li != iface->Languages.end(); ++li) { this->Languages.insert(*li); } for(std::vector::const_iterator li = iface->Libraries.begin(); li != iface->Libraries.end(); ++li) { this->Visit(*li); } } private: std::string Config; std::set& Languages; cmTarget const* HeadTarget; cmMakefile* Makefile; const cmTarget* Target; std::set Visited; }; //---------------------------------------------------------------------------- std::string cmTarget::GetLinkerLanguage(const std::string& config, cmTarget const* head) const { cmTarget const* headTarget = head ? head : this; return this->GetLinkClosure(config, headTarget)->LinkerLanguage; } //---------------------------------------------------------------------------- cmTarget::LinkClosure const* cmTarget::GetLinkClosure( const std::string& config, cmTarget const* head) const { TargetConfigPair key(head, cmSystemTools::UpperCase(config)); cmTargetInternals::LinkClosureMapType::iterator i = this->Internal->LinkClosureMap.find(key); if(i == this->Internal->LinkClosureMap.end()) { LinkClosure lc; this->ComputeLinkClosure(config, lc, head); cmTargetInternals::LinkClosureMapType::value_type entry(key, lc); i = this->Internal->LinkClosureMap.insert(entry).first; } return &i->second; } //---------------------------------------------------------------------------- class cmTargetSelectLinker { int Preference; cmTarget const* Target; cmMakefile* Makefile; cmGlobalGenerator* GG; std::set Preferred; public: cmTargetSelectLinker(cmTarget const* target): Preference(0), Target(target) { this->Makefile = this->Target->GetMakefile(); this->GG = this->Makefile->GetLocalGenerator()->GetGlobalGenerator(); } void Consider(const std::string& lang) { int preference = this->GG->GetLinkerPreference(lang); if(preference > this->Preference) { this->Preference = preference; this->Preferred.clear(); } if(preference == this->Preference) { this->Preferred.insert(lang); } } std::string Choose() { if(this->Preferred.empty()) { return ""; } else if(this->Preferred.size() > 1) { cmOStringStream e; e << "Target " << this->Target->GetName() << " contains multiple languages with the highest linker preference" << " (" << this->Preference << "):\n"; for(std::set::const_iterator li = this->Preferred.begin(); li != this->Preferred.end(); ++li) { e << " " << *li << "\n"; } e << "Set the LINKER_LANGUAGE property for this target."; cmake* cm = this->Makefile->GetCMakeInstance(); cm->IssueMessage(cmake::FATAL_ERROR, e.str(), this->Target->GetBacktrace()); } return *this->Preferred.begin(); } }; //---------------------------------------------------------------------------- void cmTarget::ComputeLinkClosure(const std::string& config, LinkClosure& lc, cmTarget const* head) const { // Get languages built in this target. std::set languages; LinkImplementation const* impl = this->GetLinkImplementation(config, head); for(std::vector::const_iterator li = impl->Languages.begin(); li != impl->Languages.end(); ++li) { languages.insert(*li); } // Add interface languages from linked targets. cmTargetCollectLinkLanguages cll(this, config, languages, head); for(std::vector::const_iterator li = impl->Libraries.begin(); li != impl->Libraries.end(); ++li) { cll.Visit(*li); } // Store the transitive closure of languages. for(std::set::const_iterator li = languages.begin(); li != languages.end(); ++li) { lc.Languages.push_back(*li); } // Choose the language whose linker should be used. if(this->GetProperty("HAS_CXX")) { lc.LinkerLanguage = "CXX"; } else if(const char* linkerLang = this->GetProperty("LINKER_LANGUAGE")) { lc.LinkerLanguage = linkerLang; } else { // Find the language with the highest preference value. cmTargetSelectLinker tsl(this); // First select from the languages compiled directly in this target. for(std::vector::const_iterator li = impl->Languages.begin(); li != impl->Languages.end(); ++li) { tsl.Consider(*li); } // Now consider languages that propagate from linked targets. for(std::set::const_iterator sit = languages.begin(); sit != languages.end(); ++sit) { std::string propagates = "CMAKE_"+*sit+"_LINKER_PREFERENCE_PROPAGATES"; if(this->Makefile->IsOn(propagates)) { tsl.Consider(*sit); } } lc.LinkerLanguage = tsl.Choose(); } } //---------------------------------------------------------------------------- const char* cmTarget::GetSuffixVariableInternal(bool implib) const { switch(this->GetType()) { case cmTarget::STATIC_LIBRARY: return "CMAKE_STATIC_LIBRARY_SUFFIX"; case cmTarget::SHARED_LIBRARY: return (implib ? "CMAKE_IMPORT_LIBRARY_SUFFIX" : "CMAKE_SHARED_LIBRARY_SUFFIX"); case cmTarget::MODULE_LIBRARY: return (implib ? "CMAKE_IMPORT_LIBRARY_SUFFIX" : "CMAKE_SHARED_MODULE_SUFFIX"); case cmTarget::EXECUTABLE: return (implib ? "CMAKE_IMPORT_LIBRARY_SUFFIX" : "CMAKE_EXECUTABLE_SUFFIX"); default: break; } return ""; } //---------------------------------------------------------------------------- const char* cmTarget::GetPrefixVariableInternal(bool implib) const { switch(this->GetType()) { case cmTarget::STATIC_LIBRARY: return "CMAKE_STATIC_LIBRARY_PREFIX"; case cmTarget::SHARED_LIBRARY: return (implib ? "CMAKE_IMPORT_LIBRARY_PREFIX" : "CMAKE_SHARED_LIBRARY_PREFIX"); case cmTarget::MODULE_LIBRARY: return (implib ? "CMAKE_IMPORT_LIBRARY_PREFIX" : "CMAKE_SHARED_MODULE_PREFIX"); case cmTarget::EXECUTABLE: return (implib? "CMAKE_IMPORT_LIBRARY_PREFIX" : ""); default: break; } return ""; } //---------------------------------------------------------------------------- std::string cmTarget::GetPDBName(const std::string& config) const { std::string prefix; std::string base; std::string suffix; this->GetFullNameInternal(config, false, prefix, base, suffix); std::vector props; std::string configUpper = cmSystemTools::UpperCase(config); if(!configUpper.empty()) { // PDB_NAME_ props.push_back("PDB_NAME_" + configUpper); } // PDB_NAME props.push_back("PDB_NAME"); for(std::vector::const_iterator i = props.begin(); i != props.end(); ++i) { if(const char* outName = this->GetProperty(*i)) { base = outName; break; } } return prefix+base+".pdb"; } //---------------------------------------------------------------------------- std::string cmTarget::GetCompilePDBName(const std::string& config) const { std::string prefix; std::string base; std::string suffix; this->GetFullNameInternal(config, false, prefix, base, suffix); // Check for a per-configuration output directory target property. std::string configUpper = cmSystemTools::UpperCase(config); std::string configProp = "COMPILE_PDB_NAME_"; configProp += configUpper; const char* config_name = this->GetProperty(configProp); if(config_name && *config_name) { return prefix + config_name + ".pdb"; } const char* name = this->GetProperty("COMPILE_PDB_NAME"); if(name && *name) { return prefix + name + ".pdb"; } return ""; } //---------------------------------------------------------------------------- std::string cmTarget::GetCompilePDBPath(const std::string& config) const { std::string dir = this->GetCompilePDBDirectory(config); std::string name = this->GetCompilePDBName(config); if(dir.empty() && !name.empty()) { dir = this->GetPDBDirectory(config); } if(!dir.empty()) { dir += "/"; } return dir + name; } //---------------------------------------------------------------------------- bool cmTarget::HasSOName(const std::string& config) const { // soname is supported only for shared libraries and modules, // and then only when the platform supports an soname flag. return ((this->GetType() == cmTarget::SHARED_LIBRARY || this->GetType() == cmTarget::MODULE_LIBRARY) && !this->GetPropertyAsBool("NO_SONAME") && this->Makefile->GetSONameFlag(this->GetLinkerLanguage(config, this))); } //---------------------------------------------------------------------------- std::string cmTarget::GetSOName(const std::string& config) const { if(this->IsImported()) { // Lookup the imported soname. if(cmTarget::ImportInfo const* info = this->GetImportInfo(config, this)) { if(info->NoSOName) { // The imported library has no builtin soname so the name // searched at runtime will be just the filename. return cmSystemTools::GetFilenameName(info->Location); } else { // Use the soname given if any. if(info->SOName.find("@rpath/") == 0) { return info->SOName.substr(6); } return info->SOName; } } else { return ""; } } else { // Compute the soname that will be built. std::string name; std::string soName; std::string realName; std::string impName; std::string pdbName; this->GetLibraryNames(name, soName, realName, impName, pdbName, config); return soName; } } //---------------------------------------------------------------------------- bool cmTarget::HasMacOSXRpathInstallNameDir(const std::string& config) const { bool install_name_is_rpath = false; bool macosx_rpath = false; if(!this->IsImportedTarget) { if(this->GetType() != cmTarget::SHARED_LIBRARY) { return false; } const char* install_name = this->GetProperty("INSTALL_NAME_DIR"); bool use_install_name = this->GetPropertyAsBool("BUILD_WITH_INSTALL_RPATH"); if(install_name && use_install_name && std::string(install_name) == "@rpath") { install_name_is_rpath = true; } else if(install_name && use_install_name) { return false; } if(!install_name_is_rpath) { macosx_rpath = this->MacOSXRpathInstallNameDirDefault(); } } else { // Lookup the imported soname. if(cmTarget::ImportInfo const* info = this->GetImportInfo(config, this)) { if(!info->NoSOName && !info->SOName.empty()) { if(info->SOName.find("@rpath/") == 0) { install_name_is_rpath = true; } } else { std::string install_name; cmSystemTools::GuessLibraryInstallName(info->Location, install_name); if(install_name.find("@rpath") != std::string::npos) { install_name_is_rpath = true; } } } } if(!install_name_is_rpath && !macosx_rpath) { return false; } if(!this->Makefile->IsSet("CMAKE_SHARED_LIBRARY_RUNTIME_C_FLAG")) { cmOStringStream w; w << "Attempting to use"; if(macosx_rpath) { w << " MACOSX_RPATH"; } else { w << " @rpath"; } w << " without CMAKE_SHARED_LIBRARY_RUNTIME_C_FLAG being set."; w << " This could be because you are using a Mac OS X version"; w << " less than 10.5 or because CMake's platform configuration is"; w << " corrupt."; cmake* cm = this->Makefile->GetCMakeInstance(); cm->IssueMessage(cmake::FATAL_ERROR, w.str(), this->GetBacktrace()); } return true; } //---------------------------------------------------------------------------- bool cmTarget::MacOSXRpathInstallNameDirDefault() const { // we can't do rpaths when unsupported if(!this->Makefile->IsSet("CMAKE_SHARED_LIBRARY_RUNTIME_C_FLAG")) { return false; } const char* macosx_rpath_str = this->GetProperty("MACOSX_RPATH"); if(macosx_rpath_str) { return this->GetPropertyAsBool("MACOSX_RPATH"); } cmPolicies::PolicyStatus cmp0042 = this->GetPolicyStatusCMP0042(); if(cmp0042 == cmPolicies::WARN) { this->Makefile->GetLocalGenerator()->GetGlobalGenerator()-> AddCMP0042WarnTarget(this->GetName()); } if(cmp0042 == cmPolicies::NEW) { return true; } return false; } //---------------------------------------------------------------------------- bool cmTarget::IsImportedSharedLibWithoutSOName( const std::string& config) const { if(this->IsImported() && this->GetType() == cmTarget::SHARED_LIBRARY) { if(cmTarget::ImportInfo const* info = this->GetImportInfo(config, this)) { return info->NoSOName; } } return false; } //---------------------------------------------------------------------------- std::string cmTarget::NormalGetRealName(const std::string& config) const { // This should not be called for imported targets. // TODO: Split cmTarget into a class hierarchy to get compile-time // enforcement of the limited imported target API. if(this->IsImported()) { std::string msg = "NormalGetRealName called on imported target: "; msg += this->GetName(); this->GetMakefile()-> IssueMessage(cmake::INTERNAL_ERROR, msg); } if(this->GetType() == cmTarget::EXECUTABLE) { // Compute the real name that will be built. std::string name; std::string realName; std::string impName; std::string pdbName; this->GetExecutableNames(name, realName, impName, pdbName, config); return realName; } else { // Compute the real name that will be built. std::string name; std::string soName; std::string realName; std::string impName; std::string pdbName; this->GetLibraryNames(name, soName, realName, impName, pdbName, config); return realName; } } //---------------------------------------------------------------------------- std::string cmTarget::GetFullName(const std::string& config, bool implib) const { if(this->IsImported()) { return this->GetFullNameImported(config, implib); } else { return this->GetFullNameInternal(config, implib); } } //---------------------------------------------------------------------------- std::string cmTarget::GetFullNameImported(const std::string& config, bool implib) const { return cmSystemTools::GetFilenameName( this->ImportedGetFullPath(config, implib)); } //---------------------------------------------------------------------------- void cmTarget::GetFullNameComponents(std::string& prefix, std::string& base, std::string& suffix, const std::string& config, bool implib) const { this->GetFullNameInternal(config, implib, prefix, base, suffix); } //---------------------------------------------------------------------------- std::string cmTarget::GetFullPath(const std::string& config, bool implib, bool realname) const { if(this->IsImported()) { return this->ImportedGetFullPath(config, implib); } else { return this->NormalGetFullPath(config, implib, realname); } } //---------------------------------------------------------------------------- std::string cmTarget::NormalGetFullPath(const std::string& config, bool implib, bool realname) const { std::string fpath = this->GetDirectory(config, implib); fpath += "/"; if(this->IsAppBundleOnApple()) { fpath = this->BuildMacContentDirectory(fpath, config, false); fpath += "/"; } // Add the full name of the target. if(implib) { fpath += this->GetFullName(config, true); } else if(realname) { fpath += this->NormalGetRealName(config); } else { fpath += this->GetFullName(config, false); } return fpath; } //---------------------------------------------------------------------------- std::string cmTarget::ImportedGetFullPath(const std::string& config, bool implib) const { std::string result; if(cmTarget::ImportInfo const* info = this->GetImportInfo(config, this)) { result = implib? info->ImportLibrary : info->Location; } if(result.empty()) { result = this->GetName(); result += "-NOTFOUND"; } return result; } //---------------------------------------------------------------------------- std::string cmTarget::GetFullNameInternal(const std::string& config, bool implib) const { std::string prefix; std::string base; std::string suffix; this->GetFullNameInternal(config, implib, prefix, base, suffix); return prefix+base+suffix; } //---------------------------------------------------------------------------- void cmTarget::GetFullNameInternal(const std::string& config, bool implib, std::string& outPrefix, std::string& outBase, std::string& outSuffix) const { // Use just the target name for non-main target types. if(this->GetType() != cmTarget::STATIC_LIBRARY && this->GetType() != cmTarget::SHARED_LIBRARY && this->GetType() != cmTarget::MODULE_LIBRARY && this->GetType() != cmTarget::EXECUTABLE) { outPrefix = ""; outBase = this->GetName(); outSuffix = ""; return; } // Return an empty name for the import library if this platform // does not support import libraries. if(implib && !this->Makefile->GetDefinition("CMAKE_IMPORT_LIBRARY_SUFFIX")) { outPrefix = ""; outBase = ""; outSuffix = ""; return; } // The implib option is only allowed for shared libraries, module // libraries, and executables. if(this->GetType() != cmTarget::SHARED_LIBRARY && this->GetType() != cmTarget::MODULE_LIBRARY && this->GetType() != cmTarget::EXECUTABLE) { implib = false; } // Compute the full name for main target types. const char* targetPrefix = (implib ? this->GetProperty("IMPORT_PREFIX") : this->GetProperty("PREFIX")); const char* targetSuffix = (implib ? this->GetProperty("IMPORT_SUFFIX") : this->GetProperty("SUFFIX")); const char* configPostfix = 0; if(!config.empty()) { std::string configProp = cmSystemTools::UpperCase(config); configProp += "_POSTFIX"; configPostfix = this->GetProperty(configProp); // Mac application bundles and frameworks have no postfix. if(configPostfix && (this->IsAppBundleOnApple() || this->IsFrameworkOnApple())) { configPostfix = 0; } } const char* prefixVar = this->GetPrefixVariableInternal(implib); const char* suffixVar = this->GetSuffixVariableInternal(implib); // Check for language-specific default prefix and suffix. std::string ll = this->GetLinkerLanguage(config, this); if(!ll.empty()) { if(!targetSuffix && suffixVar && *suffixVar) { std::string langSuff = suffixVar + std::string("_") + ll; targetSuffix = this->Makefile->GetDefinition(langSuff); } if(!targetPrefix && prefixVar && *prefixVar) { std::string langPrefix = prefixVar + std::string("_") + ll; targetPrefix = this->Makefile->GetDefinition(langPrefix); } } // if there is no prefix on the target use the cmake definition if(!targetPrefix && prefixVar) { targetPrefix = this->Makefile->GetSafeDefinition(prefixVar); } // if there is no suffix on the target use the cmake definition if(!targetSuffix && suffixVar) { targetSuffix = this->Makefile->GetSafeDefinition(suffixVar); } // frameworks have directory prefix but no suffix std::string fw_prefix; if(this->IsFrameworkOnApple()) { fw_prefix = this->GetOutputName(config, false); fw_prefix += ".framework/"; targetPrefix = fw_prefix.c_str(); targetSuffix = 0; } if(this->IsCFBundleOnApple()) { fw_prefix = this->GetOutputName(config, false); fw_prefix += "."; const char *ext = this->GetProperty("BUNDLE_EXTENSION"); if (!ext) { ext = "bundle"; } fw_prefix += ext; fw_prefix += "/Contents/MacOS/"; targetPrefix = fw_prefix.c_str(); targetSuffix = 0; } // Begin the final name with the prefix. outPrefix = targetPrefix?targetPrefix:""; // Append the target name or property-specified name. outBase += this->GetOutputName(config, implib); // Append the per-configuration postfix. outBase += configPostfix?configPostfix:""; // Name shared libraries with their version number on some platforms. if(const char* soversion = this->GetProperty("SOVERSION")) { if(this->GetType() == cmTarget::SHARED_LIBRARY && !implib && this->Makefile->IsOn("CMAKE_SHARED_LIBRARY_NAME_WITH_VERSION")) { outBase += "-"; outBase += soversion; } } // Append the suffix. outSuffix = targetSuffix?targetSuffix:""; } //---------------------------------------------------------------------------- void cmTarget::GetLibraryNames(std::string& name, std::string& soName, std::string& realName, std::string& impName, std::string& pdbName, const std::string& config) const { // This should not be called for imported targets. // TODO: Split cmTarget into a class hierarchy to get compile-time // enforcement of the limited imported target API. if(this->IsImported()) { std::string msg = "GetLibraryNames called on imported target: "; msg += this->GetName(); this->Makefile->IssueMessage(cmake::INTERNAL_ERROR, msg); return; } assert(this->GetType() != INTERFACE_LIBRARY); // Check for library version properties. const char* version = this->GetProperty("VERSION"); const char* soversion = this->GetProperty("SOVERSION"); if(!this->HasSOName(config) || this->IsFrameworkOnApple()) { // Versioning is supported only for shared libraries and modules, // and then only when the platform supports an soname flag. version = 0; soversion = 0; } if(version && !soversion) { // The soversion must be set if the library version is set. Use // the library version as the soversion. soversion = version; } if(!version && soversion) { // Use the soversion as the library version. version = soversion; } // Get the components of the library name. std::string prefix; std::string base; std::string suffix; this->GetFullNameInternal(config, false, prefix, base, suffix); // The library name. name = prefix+base+suffix; if(this->IsFrameworkOnApple()) { realName = prefix; realName += "Versions/"; realName += this->GetFrameworkVersion(); realName += "/"; realName += base; soName = realName; } else { // The library's soname. this->ComputeVersionedName(soName, prefix, base, suffix, name, soversion); // The library's real name on disk. this->ComputeVersionedName(realName, prefix, base, suffix, name, version); } // The import library name. if(this->GetType() == cmTarget::SHARED_LIBRARY || this->GetType() == cmTarget::MODULE_LIBRARY) { impName = this->GetFullNameInternal(config, true); } else { impName = ""; } // The program database file name. pdbName = this->GetPDBName(config); } //---------------------------------------------------------------------------- void cmTarget::ComputeVersionedName(std::string& vName, std::string const& prefix, std::string const& base, std::string const& suffix, std::string const& name, const char* version) const { vName = this->IsApple? (prefix+base) : name; if(version) { vName += "."; vName += version; } vName += this->IsApple? suffix : std::string(); } //---------------------------------------------------------------------------- void cmTarget::GetExecutableNames(std::string& name, std::string& realName, std::string& impName, std::string& pdbName, const std::string& config) const { // This should not be called for imported targets. // TODO: Split cmTarget into a class hierarchy to get compile-time // enforcement of the limited imported target API. if(this->IsImported()) { std::string msg = "GetExecutableNames called on imported target: "; msg += this->GetName(); this->GetMakefile()->IssueMessage(cmake::INTERNAL_ERROR, msg); } // This versioning is supported only for executables and then only // when the platform supports symbolic links. #if defined(_WIN32) && !defined(__CYGWIN__) const char* version = 0; #else // Check for executable version properties. const char* version = this->GetProperty("VERSION"); if(this->GetType() != cmTarget::EXECUTABLE || this->Makefile->IsOn("XCODE")) { version = 0; } #endif // Get the components of the executable name. std::string prefix; std::string base; std::string suffix; this->GetFullNameInternal(config, false, prefix, base, suffix); // The executable name. name = prefix+base+suffix; // The executable's real name on disk. #if defined(__CYGWIN__) realName = prefix+base; #else realName = name; #endif if(version) { realName += "-"; realName += version; } #if defined(__CYGWIN__) realName += suffix; #endif // The import library name. impName = this->GetFullNameInternal(config, true); // The program database file name. pdbName = this->GetPDBName(config); } //---------------------------------------------------------------------------- bool cmTarget::HasImplibGNUtoMS() const { return this->HasImportLibrary() && this->GetPropertyAsBool("GNUtoMS"); } //---------------------------------------------------------------------------- bool cmTarget::GetImplibGNUtoMS(std::string const& gnuName, std::string& out, const char* newExt) const { if(this->HasImplibGNUtoMS() && gnuName.size() > 6 && gnuName.substr(gnuName.size()-6) == ".dll.a") { out = gnuName.substr(0, gnuName.size()-6); out += newExt? newExt : ".lib"; return true; } return false; } //---------------------------------------------------------------------------- void cmTarget::SetPropertyDefault(const std::string& property, const char* default_value) { // Compute the name of the variable holding the default value. std::string var = "CMAKE_"; var += property; if(const char* value = this->Makefile->GetDefinition(var)) { this->SetProperty(property, value); } else if(default_value) { this->SetProperty(property, default_value); } } //---------------------------------------------------------------------------- bool cmTarget::HaveBuildTreeRPATH(const std::string& config) const { if (this->GetPropertyAsBool("SKIP_BUILD_RPATH")) { return false; } std::vector libs; this->GetDirectLinkLibraries(config, libs, this); return !libs.empty(); } //---------------------------------------------------------------------------- bool cmTarget::HaveInstallTreeRPATH() const { const char* install_rpath = this->GetProperty("INSTALL_RPATH"); return (install_rpath && *install_rpath) && !this->Makefile->IsOn("CMAKE_SKIP_INSTALL_RPATH"); } //---------------------------------------------------------------------------- bool cmTarget::NeedRelinkBeforeInstall(const std::string& config) const { // Only executables and shared libraries can have an rpath and may // need relinking. if(this->TargetTypeValue != cmTarget::EXECUTABLE && this->TargetTypeValue != cmTarget::SHARED_LIBRARY && this->TargetTypeValue != cmTarget::MODULE_LIBRARY) { return false; } // If there is no install location this target will not be installed // and therefore does not need relinking. if(!this->GetHaveInstallRule()) { return false; } // If skipping all rpaths completely then no relinking is needed. if(this->Makefile->IsOn("CMAKE_SKIP_RPATH")) { return false; } // If building with the install-tree rpath no relinking is needed. if(this->GetPropertyAsBool("BUILD_WITH_INSTALL_RPATH")) { return false; } // If chrpath is going to be used no relinking is needed. if(this->IsChrpathUsed(config)) { return false; } // Check for rpath support on this platform. std::string ll = this->GetLinkerLanguage(config, this); if(!ll.empty()) { std::string flagVar = "CMAKE_SHARED_LIBRARY_RUNTIME_"; flagVar += ll; flagVar += "_FLAG"; if(!this->Makefile->IsSet(flagVar)) { // There is no rpath support on this platform so nothing needs // relinking. return false; } } else { // No linker language is known. This error will be reported by // other code. return false; } // If either a build or install tree rpath is set then the rpath // will likely change between the build tree and install tree and // this target must be relinked. return this->HaveBuildTreeRPATH(config) || this->HaveInstallTreeRPATH(); } //---------------------------------------------------------------------------- std::string cmTarget::GetInstallNameDirForBuildTree( const std::string& config) const { // If building directly for installation then the build tree install_name // is the same as the install tree. if(this->GetPropertyAsBool("BUILD_WITH_INSTALL_RPATH")) { return GetInstallNameDirForInstallTree(); } // Use the build tree directory for the target. if(this->Makefile->IsOn("CMAKE_PLATFORM_HAS_INSTALLNAME") && !this->Makefile->IsOn("CMAKE_SKIP_RPATH") && !this->GetPropertyAsBool("SKIP_BUILD_RPATH")) { std::string dir; bool macosx_rpath = this->MacOSXRpathInstallNameDirDefault(); if(macosx_rpath) { dir = "@rpath"; } else { dir = this->GetDirectory(config); } dir += "/"; return dir; } else { return ""; } } //---------------------------------------------------------------------------- std::string cmTarget::GetInstallNameDirForInstallTree() const { if(this->Makefile->IsOn("CMAKE_PLATFORM_HAS_INSTALLNAME")) { std::string dir; const char* install_name_dir = this->GetProperty("INSTALL_NAME_DIR"); if(!this->Makefile->IsOn("CMAKE_SKIP_RPATH") && !this->Makefile->IsOn("CMAKE_SKIP_INSTALL_RPATH")) { if(install_name_dir && *install_name_dir) { dir = install_name_dir; dir += "/"; } } if(!install_name_dir) { if(this->MacOSXRpathInstallNameDirDefault()) { dir = "@rpath/"; } } return dir; } else { return ""; } } //---------------------------------------------------------------------------- const char* cmTarget::GetOutputTargetType(bool implib) const { switch(this->GetType()) { case cmTarget::SHARED_LIBRARY: if(this->DLLPlatform) { if(implib) { // A DLL import library is treated as an archive target. return "ARCHIVE"; } else { // A DLL shared library is treated as a runtime target. return "RUNTIME"; } } else { // For non-DLL platforms shared libraries are treated as // library targets. return "LIBRARY"; } case cmTarget::STATIC_LIBRARY: // Static libraries are always treated as archive targets. return "ARCHIVE"; case cmTarget::MODULE_LIBRARY: if(implib) { // Module libraries are always treated as library targets. return "ARCHIVE"; } else { // Module import libraries are treated as archive targets. return "LIBRARY"; } case cmTarget::EXECUTABLE: if(implib) { // Executable import libraries are treated as archive targets. return "ARCHIVE"; } else { // Executables are always treated as runtime targets. return "RUNTIME"; } default: break; } return ""; } //---------------------------------------------------------------------------- bool cmTarget::ComputeOutputDir(const std::string& config, bool implib, std::string& out) const { bool usesDefaultOutputDir = false; std::string conf = config; // Look for a target property defining the target output directory // based on the target type. std::string targetTypeName = this->GetOutputTargetType(implib); const char* propertyName = 0; std::string propertyNameStr = targetTypeName; if(!propertyNameStr.empty()) { propertyNameStr += "_OUTPUT_DIRECTORY"; propertyName = propertyNameStr.c_str(); } // Check for a per-configuration output directory target property. std::string configUpper = cmSystemTools::UpperCase(conf); const char* configProp = 0; std::string configPropStr = targetTypeName; if(!configPropStr.empty()) { configPropStr += "_OUTPUT_DIRECTORY_"; configPropStr += configUpper; configProp = configPropStr.c_str(); } // Select an output directory. if(const char* config_outdir = this->GetProperty(configProp)) { // Use the user-specified per-configuration output directory. out = config_outdir; // Skip per-configuration subdirectory. conf = ""; } else if(const char* outdir = this->GetProperty(propertyName)) { // Use the user-specified output directory. out = outdir; } else if(this->GetType() == cmTarget::EXECUTABLE) { // Lookup the output path for executables. out = this->Makefile->GetSafeDefinition("EXECUTABLE_OUTPUT_PATH"); } else if(this->GetType() == cmTarget::STATIC_LIBRARY || this->GetType() == cmTarget::SHARED_LIBRARY || this->GetType() == cmTarget::MODULE_LIBRARY) { // Lookup the output path for libraries. out = this->Makefile->GetSafeDefinition("LIBRARY_OUTPUT_PATH"); } if(out.empty()) { // Default to the current output directory. usesDefaultOutputDir = true; out = "."; } // Convert the output path to a full path in case it is // specified as a relative path. Treat a relative path as // relative to the current output directory for this makefile. out = (cmSystemTools::CollapseFullPath (out.c_str(), this->Makefile->GetStartOutputDirectory())); // The generator may add the configuration's subdirectory. if(!conf.empty()) { const char *platforms = this->Makefile->GetDefinition( "CMAKE_XCODE_EFFECTIVE_PLATFORMS"); std::string suffix = usesDefaultOutputDir && platforms ? "$(EFFECTIVE_PLATFORM_NAME)" : ""; this->Makefile->GetLocalGenerator()->GetGlobalGenerator()-> AppendDirectoryForConfig("/", conf, suffix, out); } return usesDefaultOutputDir; } //---------------------------------------------------------------------------- bool cmTarget::ComputePDBOutputDir(const std::string& kind, const std::string& config, std::string& out) const { // Look for a target property defining the target output directory // based on the target type. const char* propertyName = 0; std::string propertyNameStr = kind; if(!propertyNameStr.empty()) { propertyNameStr += "_OUTPUT_DIRECTORY"; propertyName = propertyNameStr.c_str(); } std::string conf = config; // Check for a per-configuration output directory target property. std::string configUpper = cmSystemTools::UpperCase(conf); const char* configProp = 0; std::string configPropStr = kind; if(!configPropStr.empty()) { configPropStr += "_OUTPUT_DIRECTORY_"; configPropStr += configUpper; configProp = configPropStr.c_str(); } // Select an output directory. if(const char* config_outdir = this->GetProperty(configProp)) { // Use the user-specified per-configuration output directory. out = config_outdir; // Skip per-configuration subdirectory. conf = ""; } else if(const char* outdir = this->GetProperty(propertyName)) { // Use the user-specified output directory. out = outdir; } if(out.empty()) { return false; } // Convert the output path to a full path in case it is // specified as a relative path. Treat a relative path as // relative to the current output directory for this makefile. out = (cmSystemTools::CollapseFullPath (out.c_str(), this->Makefile->GetStartOutputDirectory())); // The generator may add the configuration's subdirectory. if(!conf.empty()) { this->Makefile->GetLocalGenerator()->GetGlobalGenerator()-> AppendDirectoryForConfig("/", conf, "", out); } return true; } //---------------------------------------------------------------------------- bool cmTarget::UsesDefaultOutputDir(const std::string& config, bool implib) const { std::string dir; return this->ComputeOutputDir(config, implib, dir); } //---------------------------------------------------------------------------- std::string cmTarget::GetOutputName(const std::string& config, bool implib) const { std::vector props; std::string type = this->GetOutputTargetType(implib); std::string configUpper = cmSystemTools::UpperCase(config); if(!type.empty() && !configUpper.empty()) { // _OUTPUT_NAME_ props.push_back(type + "_OUTPUT_NAME_" + configUpper); } if(!type.empty()) { // _OUTPUT_NAME props.push_back(type + "_OUTPUT_NAME"); } if(!configUpper.empty()) { // OUTPUT_NAME_ props.push_back("OUTPUT_NAME_" + configUpper); // _OUTPUT_NAME props.push_back(configUpper + "_OUTPUT_NAME"); } // OUTPUT_NAME props.push_back("OUTPUT_NAME"); for(std::vector::const_iterator i = props.begin(); i != props.end(); ++i) { if(const char* outName = this->GetProperty(*i)) { return outName; } } return this->GetName(); } //---------------------------------------------------------------------------- std::string cmTarget::GetFrameworkVersion() const { assert(this->GetType() != INTERFACE_LIBRARY); if(const char* fversion = this->GetProperty("FRAMEWORK_VERSION")) { return fversion; } else if(const char* tversion = this->GetProperty("VERSION")) { return tversion; } else { return "A"; } } //---------------------------------------------------------------------------- const char* cmTarget::GetExportMacro() const { // Define the symbol for targets that export symbols. if(this->GetType() == cmTarget::SHARED_LIBRARY || this->GetType() == cmTarget::MODULE_LIBRARY || this->IsExecutableWithExports()) { if(const char* custom_export_name = this->GetProperty("DEFINE_SYMBOL")) { this->ExportMacro = custom_export_name; } else { std::string in = this->GetName(); in += "_EXPORTS"; this->ExportMacro = cmSystemTools::MakeCindentifier(in.c_str()); } return this->ExportMacro.c_str(); } else { return 0; } } //---------------------------------------------------------------------------- bool cmTarget::IsNullImpliedByLinkLibraries(const std::string &p) const { return this->LinkImplicitNullProperties.find(p) != this->LinkImplicitNullProperties.end(); } //---------------------------------------------------------------------------- template PropertyType getTypedProperty(cmTarget const* tgt, const char *prop, PropertyType *); //---------------------------------------------------------------------------- template<> bool getTypedProperty(cmTarget const* tgt, const char *prop, bool *) { return tgt->GetPropertyAsBool(prop); } //---------------------------------------------------------------------------- template<> const char *getTypedProperty(cmTarget const* tgt, const char *prop, const char **) { return tgt->GetProperty(prop); } enum CompatibleType { BoolType, StringType, NumberMinType, NumberMaxType }; //---------------------------------------------------------------------------- template std::pair consistentProperty(PropertyType lhs, PropertyType rhs, CompatibleType t); //---------------------------------------------------------------------------- template<> std::pair consistentProperty(bool lhs, bool rhs, CompatibleType) { return std::make_pair(lhs == rhs, lhs); } //---------------------------------------------------------------------------- std::pair consistentStringProperty(const char *lhs, const char *rhs) { const bool b = strcmp(lhs, rhs) == 0; return std::make_pair(b, b ? lhs : 0); } #if defined(_MSC_VER) && _MSC_VER <= 1200 template const T& cmMaximum(const T& l, const T& r) {return l > r ? l : r;} template const T& cmMinimum(const T& l, const T& r) {return l < r ? l : r;} #else #define cmMinimum std::min #define cmMaximum std::max #endif //---------------------------------------------------------------------------- std::pair consistentNumberProperty(const char *lhs, const char *rhs, CompatibleType t) { char *pEnd; #if defined(_MSC_VER) static const char* const null_ptr = 0; #else # define null_ptr 0 #endif long lnum = strtol(lhs, &pEnd, 0); if (pEnd == lhs || *pEnd != '\0' || errno == ERANGE) { return std::pair(false, null_ptr); } long rnum = strtol(rhs, &pEnd, 0); if (pEnd == rhs || *pEnd != '\0' || errno == ERANGE) { return std::pair(false, null_ptr); } #if !defined(_MSC_VER) #undef null_ptr #endif if (t == NumberMaxType) { return std::make_pair(true, cmMaximum(lnum, rnum) == lnum ? lhs : rhs); } else { return std::make_pair(true, cmMinimum(lnum, rnum) == lnum ? lhs : rhs); } } //---------------------------------------------------------------------------- template<> std::pair consistentProperty(const char *lhs, const char *rhs, CompatibleType t) { if (!lhs && !rhs) { return std::make_pair(true, lhs); } if (!lhs) { return std::make_pair(true, rhs); } if (!rhs) { return std::make_pair(true, lhs); } #if defined(_MSC_VER) static const char* const null_ptr = 0; #else # define null_ptr 0 #endif switch(t) { case BoolType: assert(!"consistentProperty for strings called with BoolType"); return std::pair(false, null_ptr); case StringType: return consistentStringProperty(lhs, rhs); case NumberMinType: case NumberMaxType: return consistentNumberProperty(lhs, rhs, t); } assert(!"Unreachable!"); return std::pair(false, null_ptr); #if !defined(_MSC_VER) #undef null_ptr #endif } template PropertyType impliedValue(PropertyType); template<> bool impliedValue(bool) { return false; } template<> const char* impliedValue(const char*) { return ""; } template std::string valueAsString(PropertyType); template<> std::string valueAsString(bool value) { return value ? "TRUE" : "FALSE"; } template<> std::string valueAsString(const char* value) { return value ? value : "(unset)"; } //---------------------------------------------------------------------------- void cmTarget::ReportPropertyOrigin(const std::string &p, const std::string &result, const std::string &report, const std::string &compatibilityType) const { std::vector debugProperties; const char *debugProp = this->Makefile->GetDefinition("CMAKE_DEBUG_TARGET_PROPERTIES"); if (debugProp) { cmSystemTools::ExpandListArgument(debugProp, debugProperties); } bool debugOrigin = !this->DebugCompatiblePropertiesDone[p] && std::find(debugProperties.begin(), debugProperties.end(), p) != debugProperties.end(); if (this->Makefile->IsGeneratingBuildSystem()) { this->DebugCompatiblePropertiesDone[p] = true; } if (!debugOrigin) { return; } std::string areport = compatibilityType; areport += std::string(" of property \"") + p + "\" for target \""; areport += std::string(this->GetName()); areport += "\" (result: \""; areport += result; areport += "\"):\n" + report; cmListFileBacktrace lfbt; this->Makefile->GetCMakeInstance()->IssueMessage(cmake::LOG, areport, lfbt); } //---------------------------------------------------------------------------- std::string compatibilityType(CompatibleType t) { switch(t) { case BoolType: return "Boolean compatibility"; case StringType: return "String compatibility"; case NumberMaxType: return "Numeric maximum compatibility"; case NumberMinType: return "Numeric minimum compatibility"; } assert(!"Unreachable!"); return ""; } //---------------------------------------------------------------------------- std::string compatibilityAgree(CompatibleType t, bool dominant) { switch(t) { case BoolType: case StringType: return dominant ? "(Disagree)\n" : "(Agree)\n"; case NumberMaxType: case NumberMinType: return dominant ? "(Dominant)\n" : "(Ignored)\n"; } assert(!"Unreachable!"); return ""; } //---------------------------------------------------------------------------- template PropertyType checkInterfacePropertyCompatibility(cmTarget const* tgt, const std::string &p, const std::string& config, const char *defaultValue, CompatibleType t, PropertyType *) { PropertyType propContent = getTypedProperty(tgt, p.c_str(), 0); const bool explicitlySet = tgt->GetProperties() .find(p) != tgt->GetProperties().end(); const bool impliedByUse = tgt->IsNullImpliedByLinkLibraries(p); assert((impliedByUse ^ explicitlySet) || (!impliedByUse && !explicitlySet)); std::vector deps; tgt->GetTransitiveTargetClosure(config, tgt, deps); if(deps.empty()) { return propContent; } bool propInitialized = explicitlySet; std::string report = " * Target \""; report += tgt->GetName(); if (explicitlySet) { report += "\" has property content \""; report += valueAsString(propContent); report += "\"\n"; } else if (impliedByUse) { report += "\" property is implied by use.\n"; } else { report += "\" property not set.\n"; } for(std::vector::const_iterator li = deps.begin(); li != deps.end(); ++li) { // An error should be reported if one dependency // has INTERFACE_POSITION_INDEPENDENT_CODE ON and the other // has INTERFACE_POSITION_INDEPENDENT_CODE OFF, or if the // target itself has a POSITION_INDEPENDENT_CODE which disagrees // with a dependency. cmTarget const* theTarget = *li; const bool ifaceIsSet = theTarget->GetProperties() .find("INTERFACE_" + p) != theTarget->GetProperties().end(); PropertyType ifacePropContent = getTypedProperty(theTarget, ("INTERFACE_" + p).c_str(), 0); std::string reportEntry; if (ifaceIsSet) { reportEntry += " * Target \""; reportEntry += theTarget->GetName(); reportEntry += "\" property value \""; reportEntry += valueAsString(ifacePropContent); reportEntry += "\" "; } if (explicitlySet) { if (ifaceIsSet) { std::pair consistent = consistentProperty(propContent, ifacePropContent, t); report += reportEntry; report += compatibilityAgree(t, propContent != consistent.second); if (!consistent.first) { cmOStringStream e; e << "Property " << p << " on target \"" << tgt->GetName() << "\" does\nnot match the " "INTERFACE_" << p << " property requirement\nof " "dependency \"" << theTarget->GetName() << "\".\n"; cmSystemTools::Error(e.str().c_str()); break; } else { propContent = consistent.second; continue; } } else { // Explicitly set on target and not set in iface. Can't disagree. continue; } } else if (impliedByUse) { propContent = impliedValue(propContent); if (ifaceIsSet) { std::pair consistent = consistentProperty(propContent, ifacePropContent, t); report += reportEntry; report += compatibilityAgree(t, propContent != consistent.second); if (!consistent.first) { cmOStringStream e; e << "Property " << p << " on target \"" << tgt->GetName() << "\" is\nimplied to be " << defaultValue << " because it was used to determine the link libraries\n" "already. The INTERFACE_" << p << " property on\ndependency \"" << theTarget->GetName() << "\" is in conflict.\n"; cmSystemTools::Error(e.str().c_str()); break; } else { propContent = consistent.second; continue; } } else { // Implicitly set on target and not set in iface. Can't disagree. continue; } } else { if (ifaceIsSet) { if (propInitialized) { std::pair consistent = consistentProperty(propContent, ifacePropContent, t); report += reportEntry; report += compatibilityAgree(t, propContent != consistent.second); if (!consistent.first) { cmOStringStream e; e << "The INTERFACE_" << p << " property of \"" << theTarget->GetName() << "\" does\nnot agree with the value " "of " << p << " already determined\nfor \"" << tgt->GetName() << "\".\n"; cmSystemTools::Error(e.str().c_str()); break; } else { propContent = consistent.second; continue; } } else { report += reportEntry + "(Interface set)\n"; propContent = ifacePropContent; propInitialized = true; } } else { // Not set. Nothing to agree on. continue; } } } tgt->ReportPropertyOrigin(p, valueAsString(propContent), report, compatibilityType(t)); return propContent; } //---------------------------------------------------------------------------- bool cmTarget::GetLinkInterfaceDependentBoolProperty(const std::string &p, const std::string& config) const { return checkInterfacePropertyCompatibility(this, p, config, "FALSE", BoolType, 0); } //---------------------------------------------------------------------------- const char * cmTarget::GetLinkInterfaceDependentStringProperty( const std::string &p, const std::string& config) const { return checkInterfacePropertyCompatibility(this, p, config, "empty", StringType, 0); } //---------------------------------------------------------------------------- const char * cmTarget::GetLinkInterfaceDependentNumberMinProperty( const std::string &p, const std::string& config) const { return checkInterfacePropertyCompatibility(this, p, config, "empty", NumberMinType, 0); } //---------------------------------------------------------------------------- const char * cmTarget::GetLinkInterfaceDependentNumberMaxProperty( const std::string &p, const std::string& config) const { return checkInterfacePropertyCompatibility(this, p, config, "empty", NumberMaxType, 0); } //---------------------------------------------------------------------------- bool isLinkDependentProperty(cmTarget const* tgt, const std::string &p, const std::string& interfaceProperty, const std::string& config) { std::vector deps; tgt->GetTransitiveTargetClosure(config, tgt, deps); if(deps.empty()) { return false; } for(std::vector::const_iterator li = deps.begin(); li != deps.end(); ++li) { const char *prop = (*li)->GetProperty(interfaceProperty); if (!prop) { continue; } std::vector props; cmSystemTools::ExpandListArgument(prop, props); for(std::vector::iterator pi = props.begin(); pi != props.end(); ++pi) { if (*pi == p) { return true; } } } return false; } //---------------------------------------------------------------------------- bool cmTarget::IsLinkInterfaceDependentBoolProperty(const std::string &p, const std::string& config) const { if (this->TargetTypeValue == OBJECT_LIBRARY || this->TargetTypeValue == INTERFACE_LIBRARY) { return false; } return (p == "POSITION_INDEPENDENT_CODE") || isLinkDependentProperty(this, p, "COMPATIBLE_INTERFACE_BOOL", config); } //---------------------------------------------------------------------------- bool cmTarget::IsLinkInterfaceDependentStringProperty(const std::string &p, const std::string& config) const { if (this->TargetTypeValue == OBJECT_LIBRARY || this->TargetTypeValue == INTERFACE_LIBRARY) { return false; } return (p == "AUTOUIC_OPTIONS") || isLinkDependentProperty(this, p, "COMPATIBLE_INTERFACE_STRING", config); } //---------------------------------------------------------------------------- bool cmTarget::IsLinkInterfaceDependentNumberMinProperty(const std::string &p, const std::string& config) const { if (this->TargetTypeValue == OBJECT_LIBRARY || this->TargetTypeValue == INTERFACE_LIBRARY) { return false; } return isLinkDependentProperty(this, p, "COMPATIBLE_INTERFACE_NUMBER_MIN", config); } //---------------------------------------------------------------------------- bool cmTarget::IsLinkInterfaceDependentNumberMaxProperty(const std::string &p, const std::string& config) const { if (this->TargetTypeValue == OBJECT_LIBRARY || this->TargetTypeValue == INTERFACE_LIBRARY) { return false; } return isLinkDependentProperty(this, p, "COMPATIBLE_INTERFACE_NUMBER_MAX", config); } //---------------------------------------------------------------------------- void cmTarget::GetLanguages(std::set& languages) const { std::vector sourceFiles; this->GetSourceFiles(sourceFiles); for(std::vector::const_iterator i = sourceFiles.begin(); i != sourceFiles.end(); ++i) { const std::string& lang = (*i)->GetLanguage(); if(!lang.empty()) { languages.insert(lang); } } } //---------------------------------------------------------------------------- bool cmTarget::IsChrpathUsed(const std::string& config) const { // Only certain target types have an rpath. if(!(this->GetType() == cmTarget::SHARED_LIBRARY || this->GetType() == cmTarget::MODULE_LIBRARY || this->GetType() == cmTarget::EXECUTABLE)) { return false; } // If the target will not be installed we do not need to change its // rpath. if(!this->GetHaveInstallRule()) { return false; } // Skip chrpath if skipping rpath altogether. if(this->Makefile->IsOn("CMAKE_SKIP_RPATH")) { return false; } // Skip chrpath if it does not need to be changed at install time. if(this->GetPropertyAsBool("BUILD_WITH_INSTALL_RPATH")) { return false; } // Allow the user to disable builtin chrpath explicitly. if(this->Makefile->IsOn("CMAKE_NO_BUILTIN_CHRPATH")) { return false; } if(this->Makefile->IsOn("CMAKE_PLATFORM_HAS_INSTALLNAME")) { return true; } #if defined(CMAKE_USE_ELF_PARSER) // Enable if the rpath flag uses a separator and the target uses ELF // binaries. std::string ll = this->GetLinkerLanguage(config, this); if(!ll.empty()) { std::string sepVar = "CMAKE_SHARED_LIBRARY_RUNTIME_"; sepVar += ll; sepVar += "_FLAG_SEP"; const char* sep = this->Makefile->GetDefinition(sepVar); if(sep && *sep) { // TODO: Add ELF check to ABI detection and get rid of // CMAKE_EXECUTABLE_FORMAT. if(const char* fmt = this->Makefile->GetDefinition("CMAKE_EXECUTABLE_FORMAT")) { return strcmp(fmt, "ELF") == 0; } } } #endif static_cast(config); return false; } //---------------------------------------------------------------------------- cmTarget::ImportInfo const* cmTarget::GetImportInfo(const std::string& config, cmTarget const* headTarget) const { // There is no imported information for non-imported targets. if(!this->IsImported()) { return 0; } // Lookup/compute/cache the import information for this // configuration. std::string config_upper; if(!config.empty()) { config_upper = cmSystemTools::UpperCase(config); } else { config_upper = "NOCONFIG"; } TargetConfigPair key(headTarget, config_upper); typedef cmTargetInternals::ImportInfoMapType ImportInfoMapType; ImportInfoMapType::const_iterator i = this->Internal->ImportInfoMap.find(key); if(i == this->Internal->ImportInfoMap.end()) { ImportInfo info; this->ComputeImportInfo(config_upper, info, headTarget); ImportInfoMapType::value_type entry(key, info); i = this->Internal->ImportInfoMap.insert(entry).first; } if(this->GetType() == INTERFACE_LIBRARY) { return &i->second; } // If the location is empty then the target is not available for // this configuration. if(i->second.Location.empty() && i->second.ImportLibrary.empty()) { return 0; } // Return the import information. return &i->second; } bool cmTarget::GetMappedConfig(std::string const& desired_config, const char** loc, const char** imp, std::string& suffix) const { if (this->GetType() == INTERFACE_LIBRARY) { // This method attempts to find a config-specific LOCATION for the // IMPORTED library. In the case of INTERFACE_LIBRARY, there is no // LOCATION at all, so leaving *loc and *imp unchanged is the appropriate // and valid response. return true; } // Track the configuration-specific property suffix. suffix = "_"; suffix += desired_config; std::vector mappedConfigs; { std::string mapProp = "MAP_IMPORTED_CONFIG_"; mapProp += desired_config; if(const char* mapValue = this->GetProperty(mapProp)) { cmSystemTools::ExpandListArgument(mapValue, mappedConfigs); } } // If we needed to find one of the mapped configurations but did not // On a DLL platform there may be only IMPORTED_IMPLIB for a shared // library or an executable with exports. bool allowImp = this->HasImportLibrary(); // If a mapping was found, check its configurations. for(std::vector::const_iterator mci = mappedConfigs.begin(); !*loc && !*imp && mci != mappedConfigs.end(); ++mci) { // Look for this configuration. std::string mcUpper = cmSystemTools::UpperCase(*mci); std::string locProp = "IMPORTED_LOCATION_"; locProp += mcUpper; *loc = this->GetProperty(locProp); if(allowImp) { std::string impProp = "IMPORTED_IMPLIB_"; impProp += mcUpper; *imp = this->GetProperty(impProp); } // If it was found, use it for all properties below. if(*loc || *imp) { suffix = "_"; suffix += mcUpper; } } // If we needed to find one of the mapped configurations but did not // then the target is not found. The project does not want any // other configuration. if(!mappedConfigs.empty() && !*loc && !*imp) { return false; } // If we have not yet found it then there are no mapped // configurations. Look for an exact-match. if(!*loc && !*imp) { std::string locProp = "IMPORTED_LOCATION"; locProp += suffix; *loc = this->GetProperty(locProp); if(allowImp) { std::string impProp = "IMPORTED_IMPLIB"; impProp += suffix; *imp = this->GetProperty(impProp); } } // If we have not yet found it then there are no mapped // configurations and no exact match. if(!*loc && !*imp) { // The suffix computed above is not useful. suffix = ""; // Look for a configuration-less location. This may be set by // manually-written code. *loc = this->GetProperty("IMPORTED_LOCATION"); if(allowImp) { *imp = this->GetProperty("IMPORTED_IMPLIB"); } } // If we have not yet found it then the project is willing to try // any available configuration. if(!*loc && !*imp) { std::vector availableConfigs; if(const char* iconfigs = this->GetProperty("IMPORTED_CONFIGURATIONS")) { cmSystemTools::ExpandListArgument(iconfigs, availableConfigs); } for(std::vector::const_iterator aci = availableConfigs.begin(); !*loc && !*imp && aci != availableConfigs.end(); ++aci) { suffix = "_"; suffix += cmSystemTools::UpperCase(*aci); std::string locProp = "IMPORTED_LOCATION"; locProp += suffix; *loc = this->GetProperty(locProp); if(allowImp) { std::string impProp = "IMPORTED_IMPLIB"; impProp += suffix; *imp = this->GetProperty(impProp); } } } // If we have not yet found it then the target is not available. if(!*loc && !*imp) { return false; } return true; } //---------------------------------------------------------------------------- void cmTarget::ComputeImportInfo(std::string const& desired_config, ImportInfo& info, cmTarget const* headTarget) const { // This method finds information about an imported target from its // properties. The "IMPORTED_" namespace is reserved for properties // defined by the project exporting the target. // Initialize members. info.NoSOName = false; const char* loc = 0; const char* imp = 0; std::string suffix; if (!this->GetMappedConfig(desired_config, &loc, &imp, suffix)) { return; } // Get the link interface. { std::string linkProp = "INTERFACE_LINK_LIBRARIES"; const char *propertyLibs = this->GetProperty(linkProp); if (this->GetType() != INTERFACE_LIBRARY) { if(!propertyLibs) { linkProp = "IMPORTED_LINK_INTERFACE_LIBRARIES"; linkProp += suffix; propertyLibs = this->GetProperty(linkProp); } if(!propertyLibs) { linkProp = "IMPORTED_LINK_INTERFACE_LIBRARIES"; propertyLibs = this->GetProperty(linkProp); } } if(propertyLibs) { cmListFileBacktrace lfbt; cmGeneratorExpression ge(lfbt); cmGeneratorExpressionDAGChecker dagChecker(lfbt, this->GetName(), linkProp, 0, 0); cmSystemTools::ExpandListArgument(ge.Parse(propertyLibs) ->Evaluate(this->Makefile, desired_config, false, headTarget, this, &dagChecker), info.LinkInterface.Libraries); } } if(this->GetType() == INTERFACE_LIBRARY) { return; } // A provided configuration has been chosen. Load the // configuration's properties. // Get the location. if(loc) { info.Location = loc; } else { std::string impProp = "IMPORTED_LOCATION"; impProp += suffix; if(const char* config_location = this->GetProperty(impProp)) { info.Location = config_location; } else if(const char* location = this->GetProperty("IMPORTED_LOCATION")) { info.Location = location; } } // Get the soname. if(this->GetType() == cmTarget::SHARED_LIBRARY) { std::string soProp = "IMPORTED_SONAME"; soProp += suffix; if(const char* config_soname = this->GetProperty(soProp)) { info.SOName = config_soname; } else if(const char* soname = this->GetProperty("IMPORTED_SONAME")) { info.SOName = soname; } } // Get the "no-soname" mark. if(this->GetType() == cmTarget::SHARED_LIBRARY) { std::string soProp = "IMPORTED_NO_SONAME"; soProp += suffix; if(const char* config_no_soname = this->GetProperty(soProp)) { info.NoSOName = cmSystemTools::IsOn(config_no_soname); } else if(const char* no_soname = this->GetProperty("IMPORTED_NO_SONAME")) { info.NoSOName = cmSystemTools::IsOn(no_soname); } } // Get the import library. if(imp) { info.ImportLibrary = imp; } else if(this->GetType() == cmTarget::SHARED_LIBRARY || this->IsExecutableWithExports()) { std::string impProp = "IMPORTED_IMPLIB"; impProp += suffix; if(const char* config_implib = this->GetProperty(impProp)) { info.ImportLibrary = config_implib; } else if(const char* implib = this->GetProperty("IMPORTED_IMPLIB")) { info.ImportLibrary = implib; } } // Get the link dependencies. { std::string linkProp = "IMPORTED_LINK_DEPENDENT_LIBRARIES"; linkProp += suffix; if(const char* config_libs = this->GetProperty(linkProp)) { cmSystemTools::ExpandListArgument(config_libs, info.LinkInterface.SharedDeps); } else if(const char* libs = this->GetProperty("IMPORTED_LINK_DEPENDENT_LIBRARIES")) { cmSystemTools::ExpandListArgument(libs, info.LinkInterface.SharedDeps); } } // Get the link languages. if(this->LinkLanguagePropagatesToDependents()) { std::string linkProp = "IMPORTED_LINK_INTERFACE_LANGUAGES"; linkProp += suffix; if(const char* config_libs = this->GetProperty(linkProp)) { cmSystemTools::ExpandListArgument(config_libs, info.LinkInterface.Languages); } else if(const char* libs = this->GetProperty("IMPORTED_LINK_INTERFACE_LANGUAGES")) { cmSystemTools::ExpandListArgument(libs, info.LinkInterface.Languages); } } // Get the cyclic repetition count. if(this->GetType() == cmTarget::STATIC_LIBRARY) { std::string linkProp = "IMPORTED_LINK_INTERFACE_MULTIPLICITY"; linkProp += suffix; if(const char* config_reps = this->GetProperty(linkProp)) { sscanf(config_reps, "%u", &info.LinkInterface.Multiplicity); } else if(const char* reps = this->GetProperty("IMPORTED_LINK_INTERFACE_MULTIPLICITY")) { sscanf(reps, "%u", &info.LinkInterface.Multiplicity); } } } //---------------------------------------------------------------------------- cmTarget::LinkInterface const* cmTarget::GetLinkInterface( const std::string& config, cmTarget const* head) const { // Imported targets have their own link interface. if(this->IsImported()) { if(cmTarget::ImportInfo const* info = this->GetImportInfo(config, head)) { return &info->LinkInterface; } return 0; } // Link interfaces are not supported for executables that do not // export symbols. if(this->GetType() == cmTarget::EXECUTABLE && !this->IsExecutableWithExports()) { return 0; } // Lookup any existing link interface for this configuration. TargetConfigPair key(head, cmSystemTools::UpperCase(config)); cmTargetInternals::LinkInterfaceMapType::iterator i = this->Internal->LinkInterfaceMap.find(key); if(i == this->Internal->LinkInterfaceMap.end()) { // Compute the link interface for this configuration. cmTargetInternals::OptionalLinkInterface iface; iface.ExplicitLibraries = this->ComputeLinkInterfaceLibraries(config, iface, head, iface.Exists); if (iface.Exists) { this->Internal->ComputeLinkInterface(this, config, iface, head, iface.ExplicitLibraries); } // Store the information for this configuration. cmTargetInternals::LinkInterfaceMapType::value_type entry(key, iface); i = this->Internal->LinkInterfaceMap.insert(entry).first; } else if(!i->second.Complete && i->second.Exists) { this->Internal->ComputeLinkInterface(this, config, i->second, head, i->second.ExplicitLibraries); } return i->second.Exists ? &i->second : 0; } //---------------------------------------------------------------------------- cmTarget::LinkInterface const* cmTarget::GetLinkInterfaceLibraries(const std::string& config, cmTarget const* head) const { // Imported targets have their own link interface. if(this->IsImported()) { if(cmTarget::ImportInfo const* info = this->GetImportInfo(config, head)) { return &info->LinkInterface; } return 0; } // Link interfaces are not supported for executables that do not // export symbols. if(this->GetType() == cmTarget::EXECUTABLE && !this->IsExecutableWithExports()) { return 0; } // Lookup any existing link interface for this configuration. TargetConfigPair key(head, cmSystemTools::UpperCase(config)); cmTargetInternals::LinkInterfaceMapType::iterator i = this->Internal->LinkInterfaceMap.find(key); if(i == this->Internal->LinkInterfaceMap.end()) { // Compute the link interface for this configuration. cmTargetInternals::OptionalLinkInterface iface; iface.ExplicitLibraries = this->ComputeLinkInterfaceLibraries(config, iface, head, iface.Exists); // Store the information for this configuration. cmTargetInternals::LinkInterfaceMapType::value_type entry(key, iface); i = this->Internal->LinkInterfaceMap.insert(entry).first; } return i->second.Exists ? &i->second : 0; } //---------------------------------------------------------------------------- void processILibs(const std::string& config, cmTarget const* headTarget, std::string const& name, std::vector& tgts, std::set& emitted) { if (cmTarget* tgt = headTarget->GetMakefile() ->FindTargetToUse(name)) { if (emitted.insert(tgt).second) { tgts.push_back(tgt); std::vector ilibs; cmTarget::LinkInterface const* iface = tgt->GetLinkInterfaceLibraries(config, headTarget); if (iface) { for(std::vector::const_iterator it = iface->Libraries.begin(); it != iface->Libraries.end(); ++it) { processILibs(config, headTarget, *it, tgts, emitted); } } } } } //---------------------------------------------------------------------------- void cmTarget::GetTransitiveTargetClosure(const std::string& config, cmTarget const* headTarget, std::vector &tgts) const { std::set emitted; cmTarget::LinkImplementation const* impl = this->GetLinkImplementationLibraries(config, headTarget); for(std::vector::const_iterator it = impl->Libraries.begin(); it != impl->Libraries.end(); ++it) { processILibs(config, headTarget, *it, tgts, emitted); } } //---------------------------------------------------------------------------- void cmTarget::GetTransitivePropertyTargets(const std::string& config, cmTarget const* headTarget, std::vector &tgts) const { cmTarget::LinkInterface const* iface = this->GetLinkInterfaceLibraries(config, headTarget); if (!iface) { return; } if(this->GetType() != STATIC_LIBRARY || this->GetPolicyStatusCMP0022() == cmPolicies::WARN || this->GetPolicyStatusCMP0022() == cmPolicies::OLD) { for(std::vector::const_iterator it = iface->Libraries.begin(); it != iface->Libraries.end(); ++it) { if (cmTarget* tgt = headTarget->GetMakefile() ->FindTargetToUse(*it)) { tgts.push_back(tgt); } } return; } const char* linkIfaceProp = "INTERFACE_LINK_LIBRARIES"; const char* interfaceLibs = this->GetProperty(linkIfaceProp); if (!interfaceLibs) { return; } // The interface libraries have been explicitly set. cmListFileBacktrace lfbt; cmGeneratorExpression ge(lfbt); cmGeneratorExpressionDAGChecker dagChecker(lfbt, this->GetName(), linkIfaceProp, 0, 0); dagChecker.SetTransitivePropertiesOnly(); std::vector libs; cmSystemTools::ExpandListArgument(ge.Parse(interfaceLibs)->Evaluate( this->Makefile, config, false, headTarget, this, &dagChecker), libs); for(std::vector::const_iterator it = libs.begin(); it != libs.end(); ++it) { if (cmTarget* tgt = headTarget->GetMakefile() ->FindTargetToUse(*it)) { tgts.push_back(tgt); } } } //---------------------------------------------------------------------------- const char* cmTarget::ComputeLinkInterfaceLibraries(const std::string& config, LinkInterface& iface, cmTarget const* headTarget, bool &exists) const { // Construct the property name suffix for this configuration. std::string suffix = "_"; if(!config.empty()) { suffix += cmSystemTools::UpperCase(config); } else { suffix += "NOCONFIG"; } // An explicit list of interface libraries may be set for shared // libraries and executables that export symbols. const char* explicitLibraries = 0; std::string linkIfaceProp; if(this->PolicyStatusCMP0022 != cmPolicies::OLD && this->PolicyStatusCMP0022 != cmPolicies::WARN) { // CMP0022 NEW behavior is to use INTERFACE_LINK_LIBRARIES. linkIfaceProp = "INTERFACE_LINK_LIBRARIES"; explicitLibraries = this->GetProperty(linkIfaceProp); } else if(this->GetType() == cmTarget::SHARED_LIBRARY || this->IsExecutableWithExports()) { // CMP0022 OLD behavior is to use LINK_INTERFACE_LIBRARIES if set on a // shared lib or executable. // Lookup the per-configuration property. linkIfaceProp = "LINK_INTERFACE_LIBRARIES"; linkIfaceProp += suffix; explicitLibraries = this->GetProperty(linkIfaceProp); // If not set, try the generic property. if(!explicitLibraries) { linkIfaceProp = "LINK_INTERFACE_LIBRARIES"; explicitLibraries = this->GetProperty(linkIfaceProp); } } if(explicitLibraries && this->PolicyStatusCMP0022 == cmPolicies::WARN && !this->Internal->PolicyWarnedCMP0022) { // Compare the explicitly set old link interface properties to the // preferred new link interface property one and warn if different. const char* newExplicitLibraries = this->GetProperty("INTERFACE_LINK_LIBRARIES"); if (newExplicitLibraries && strcmp(newExplicitLibraries, explicitLibraries) != 0) { cmOStringStream w; w << (this->Makefile->GetPolicies() ->GetPolicyWarning(cmPolicies::CMP0022)) << "\n" "Target \"" << this->GetName() << "\" has an " "INTERFACE_LINK_LIBRARIES property which differs from its " << linkIfaceProp << " properties." "\n" "INTERFACE_LINK_LIBRARIES:\n" " " << newExplicitLibraries << "\n" << linkIfaceProp << ":\n" " " << (explicitLibraries ? explicitLibraries : "(empty)") << "\n"; this->Makefile->IssueMessage(cmake::AUTHOR_WARNING, w.str()); this->Internal->PolicyWarnedCMP0022 = true; } } // There is no implicit link interface for executables or modules // so if none was explicitly set then there is no link interface. if(!explicitLibraries && (this->GetType() == cmTarget::EXECUTABLE || (this->GetType() == cmTarget::MODULE_LIBRARY))) { exists = false; return 0; } exists = true; if(explicitLibraries) { // The interface libraries have been explicitly set. cmListFileBacktrace lfbt; cmGeneratorExpression ge(lfbt); cmGeneratorExpressionDAGChecker dagChecker(lfbt, this->GetName(), linkIfaceProp, 0, 0); cmSystemTools::ExpandListArgument(ge.Parse(explicitLibraries)->Evaluate( this->Makefile, config, false, headTarget, this, &dagChecker), iface.Libraries); } else if (this->PolicyStatusCMP0022 == cmPolicies::WARN || this->PolicyStatusCMP0022 == cmPolicies::OLD) // If CMP0022 is NEW then the plain tll signature sets the // INTERFACE_LINK_LIBRARIES, so if we get here then the project // cleared the property explicitly and we should not fall back // to the link implementation. { // The link implementation is the default link interface. LinkImplementation const* impl = this->GetLinkImplementationLibraries(config, headTarget); iface.Libraries = impl->Libraries; if(this->PolicyStatusCMP0022 == cmPolicies::WARN && !this->Internal->PolicyWarnedCMP0022) { // Compare the link implementation fallback link interface to the // preferred new link interface property and warn if different. cmListFileBacktrace lfbt; cmGeneratorExpression ge(lfbt); cmGeneratorExpressionDAGChecker dagChecker(lfbt, this->GetName(), "INTERFACE_LINK_LIBRARIES", 0, 0); std::vector ifaceLibs; const char* newExplicitLibraries = this->GetProperty("INTERFACE_LINK_LIBRARIES"); cmSystemTools::ExpandListArgument( ge.Parse(newExplicitLibraries)->Evaluate(this->Makefile, config, false, headTarget, this, &dagChecker), ifaceLibs); if (ifaceLibs != impl->Libraries) { std::string oldLibraries; std::string newLibraries; const char *sep = ""; for(std::vector::const_iterator it = impl->Libraries.begin(); it != impl->Libraries.end(); ++it) { oldLibraries += sep; oldLibraries += *it; sep = ";"; } sep = ""; for(std::vector::const_iterator it = ifaceLibs.begin(); it != ifaceLibs.end(); ++it) { newLibraries += sep; newLibraries += *it; sep = ";"; } if(oldLibraries.empty()) { oldLibraries = "(empty)"; } if(newLibraries.empty()) { newLibraries = "(empty)"; } cmOStringStream w; w << (this->Makefile->GetPolicies() ->GetPolicyWarning(cmPolicies::CMP0022)) << "\n" "Target \"" << this->GetName() << "\" has an " "INTERFACE_LINK_LIBRARIES property. " "This should be preferred as the source of the link interface " "for this library but because CMP0022 is not set CMake is " "ignoring the property and using the link implementation " "as the link interface instead." "\n" "INTERFACE_LINK_LIBRARIES:\n" " " << newLibraries << "\n" "Link implementation:\n" " " << oldLibraries << "\n"; this->Makefile->IssueMessage(cmake::AUTHOR_WARNING, w.str()); this->Internal->PolicyWarnedCMP0022 = true; } } } return explicitLibraries; } //---------------------------------------------------------------------------- void cmTargetInternals::ComputeLinkInterface(cmTarget const* thisTarget, const std::string& config, OptionalLinkInterface& iface, cmTarget const* headTarget, const char* explicitLibraries) const { if(explicitLibraries) { if(thisTarget->GetType() == cmTarget::SHARED_LIBRARY || thisTarget->GetType() == cmTarget::STATIC_LIBRARY || thisTarget->GetType() == cmTarget::INTERFACE_LIBRARY) { // Shared libraries may have runtime implementation dependencies // on other shared libraries that are not in the interface. std::set emitted; for(std::vector::const_iterator li = iface.Libraries.begin(); li != iface.Libraries.end(); ++li) { emitted.insert(*li); } if (thisTarget->GetType() != cmTarget::INTERFACE_LIBRARY) { cmTarget::LinkImplementation const* impl = thisTarget->GetLinkImplementation(config, headTarget); for(std::vector::const_iterator li = impl->Libraries.begin(); li != impl->Libraries.end(); ++li) { if(emitted.insert(*li).second) { if(cmTarget* tgt = thisTarget->Makefile->FindTargetToUse(*li)) { // This is a runtime dependency on another shared library. if(tgt->GetType() == cmTarget::SHARED_LIBRARY) { iface.SharedDeps.push_back(*li); } } else { // TODO: Recognize shared library file names. Perhaps this // should be moved to cmComputeLinkInformation, but that creates // a chicken-and-egg problem since this list is needed for its // construction. } } } if(thisTarget->LinkLanguagePropagatesToDependents()) { // Targets using this archive need its language runtime libraries. iface.Languages = impl->Languages; } } } } else if (thisTarget->PolicyStatusCMP0022 == cmPolicies::WARN || thisTarget->PolicyStatusCMP0022 == cmPolicies::OLD) { // The link implementation is the default link interface. cmTarget::LinkImplementation const* impl = thisTarget->GetLinkImplementation(config, headTarget); iface.ImplementationIsInterface = true; iface.WrongConfigLibraries = impl->WrongConfigLibraries; if(thisTarget->LinkLanguagePropagatesToDependents()) { // Targets using this archive need its language runtime libraries. iface.Languages = impl->Languages; } } if(thisTarget->GetType() == cmTarget::STATIC_LIBRARY) { // Construct the property name suffix for this configuration. std::string suffix = "_"; if(!config.empty()) { suffix += cmSystemTools::UpperCase(config); } else { suffix += "NOCONFIG"; } // How many repetitions are needed if this library has cyclic // dependencies? std::string propName = "LINK_INTERFACE_MULTIPLICITY"; propName += suffix; if(const char* config_reps = thisTarget->GetProperty(propName)) { sscanf(config_reps, "%u", &iface.Multiplicity); } else if(const char* reps = thisTarget->GetProperty("LINK_INTERFACE_MULTIPLICITY")) { sscanf(reps, "%u", &iface.Multiplicity); } } iface.Complete = true; } //---------------------------------------------------------------------------- cmTarget::LinkImplementation const* cmTarget::GetLinkImplementation(const std::string& config, cmTarget const* head) const { // There is no link implementation for imported targets. if(this->IsImported()) { return 0; } // Lookup any existing link implementation for this configuration. TargetConfigPair key(head, cmSystemTools::UpperCase(config)); cmTargetInternals::LinkImplMapType::iterator i = this->Internal->LinkImplMap.find(key); if(i == this->Internal->LinkImplMap.end()) { // Compute the link implementation for this configuration. LinkImplementation impl; this->ComputeLinkImplementation(config, impl, head); this->ComputeLinkImplementationLanguages(impl); // Store the information for this configuration. cmTargetInternals::LinkImplMapType::value_type entry(key, impl); i = this->Internal->LinkImplMap.insert(entry).first; } else if (i->second.Languages.empty()) { this->ComputeLinkImplementationLanguages(i->second); } return &i->second; } //---------------------------------------------------------------------------- cmTarget::LinkImplementation const* cmTarget::GetLinkImplementationLibraries(const std::string& config, cmTarget const* head) const { // There is no link implementation for imported targets. if(this->IsImported()) { return 0; } // Lookup any existing link implementation for this configuration. TargetConfigPair key(head, cmSystemTools::UpperCase(config)); cmTargetInternals::LinkImplMapType::iterator i = this->Internal->LinkImplMap.find(key); if(i == this->Internal->LinkImplMap.end()) { // Compute the link implementation for this configuration. LinkImplementation impl; this->ComputeLinkImplementation(config, impl, head); // Store the information for this configuration. cmTargetInternals::LinkImplMapType::value_type entry(key, impl); i = this->Internal->LinkImplMap.insert(entry).first; } return &i->second; } //---------------------------------------------------------------------------- void cmTarget::ComputeLinkImplementation(const std::string& config, LinkImplementation& impl, cmTarget const* head) const { // Collect libraries directly linked in this configuration. std::vector llibs; this->GetDirectLinkLibraries(config, llibs, head); for(std::vector::const_iterator li = llibs.begin(); li != llibs.end(); ++li) { // Skip entries that resolve to the target itself or are empty. std::string item = this->CheckCMP0004(*li); if(item == this->GetName() || item.empty()) { if(item == this->GetName()) { bool noMessage = false; cmake::MessageType messageType = cmake::FATAL_ERROR; cmOStringStream e; switch(this->GetPolicyStatusCMP0038()) { case cmPolicies::WARN: { e << (this->Makefile->GetPolicies() ->GetPolicyWarning(cmPolicies::CMP0038)) << "\n"; messageType = cmake::AUTHOR_WARNING; } break; case cmPolicies::OLD: noMessage = true; case cmPolicies::REQUIRED_IF_USED: case cmPolicies::REQUIRED_ALWAYS: case cmPolicies::NEW: // Issue the fatal message. break; } if(!noMessage) { e << "Target \"" << this->GetName() << "\" links to itself."; this->Makefile->GetCMakeInstance()->IssueMessage(messageType, e.str(), this->GetBacktrace()); if (messageType == cmake::FATAL_ERROR) { return; } } } continue; } // The entry is meant for this configuration. impl.Libraries.push_back(item); } cmTarget::LinkLibraryType linkType = this->ComputeLinkType(config); LinkLibraryVectorType const& oldllibs = this->GetOriginalLinkLibraries(); for(cmTarget::LinkLibraryVectorType::const_iterator li = oldllibs.begin(); li != oldllibs.end(); ++li) { if(li->second != cmTarget::GENERAL && li->second != linkType) { std::string item = this->CheckCMP0004(li->first); if(item == this->GetName() || item.empty()) { continue; } // Support OLD behavior for CMP0003. impl.WrongConfigLibraries.push_back(item); } } } //---------------------------------------------------------------------------- void cmTarget::ComputeLinkImplementationLanguages(LinkImplementation& impl) const { // This target needs runtime libraries for its source languages. std::set languages; // Get languages used in our source files. this->GetLanguages(languages); // Get languages used in object library sources. for(std::vector::const_iterator i = this->ObjectLibraries.begin(); i != this->ObjectLibraries.end(); ++i) { if(cmTarget* objLib = this->Makefile->FindTargetToUse(*i)) { if(objLib->GetType() == cmTarget::OBJECT_LIBRARY) { objLib->GetLanguages(languages); } } } // Copy the set of langauges to the link implementation. for(std::set::iterator li = languages.begin(); li != languages.end(); ++li) { impl.Languages.push_back(*li); } } //---------------------------------------------------------------------------- std::string cmTarget::CheckCMP0004(std::string const& item) const { // Strip whitespace off the library names because we used to do this // in case variables were expanded at generate time. We no longer // do the expansion but users link to libraries like " ${VAR} ". std::string lib = item; std::string::size_type pos = lib.find_first_not_of(" \t\r\n"); if(pos != lib.npos) { lib = lib.substr(pos, lib.npos); } pos = lib.find_last_not_of(" \t\r\n"); if(pos != lib.npos) { lib = lib.substr(0, pos+1); } if(lib != item) { cmake* cm = this->Makefile->GetCMakeInstance(); switch(this->PolicyStatusCMP0004) { case cmPolicies::WARN: { cmOStringStream w; w << (this->Makefile->GetPolicies() ->GetPolicyWarning(cmPolicies::CMP0004)) << "\n" << "Target \"" << this->GetName() << "\" links to item \"" << item << "\" which has leading or trailing whitespace."; cm->IssueMessage(cmake::AUTHOR_WARNING, w.str(), this->GetBacktrace()); } case cmPolicies::OLD: break; case cmPolicies::NEW: { cmOStringStream e; e << "Target \"" << this->GetName() << "\" links to item \"" << item << "\" which has leading or trailing whitespace. " << "This is now an error according to policy CMP0004."; cm->IssueMessage(cmake::FATAL_ERROR, e.str(), this->GetBacktrace()); } break; case cmPolicies::REQUIRED_IF_USED: case cmPolicies::REQUIRED_ALWAYS: { cmOStringStream e; e << (this->Makefile->GetPolicies() ->GetRequiredPolicyError(cmPolicies::CMP0004)) << "\n" << "Target \"" << this->GetName() << "\" links to item \"" << item << "\" which has leading or trailing whitespace."; cm->IssueMessage(cmake::FATAL_ERROR, e.str(), this->GetBacktrace()); } break; } } return lib; } template PropertyType getLinkInterfaceDependentProperty(cmTarget const* tgt, const std::string& prop, const std::string& config, CompatibleType, PropertyType *); template<> bool getLinkInterfaceDependentProperty(cmTarget const* tgt, const std::string& prop, const std::string& config, CompatibleType, bool *) { return tgt->GetLinkInterfaceDependentBoolProperty(prop, config); } template<> const char * getLinkInterfaceDependentProperty(cmTarget const* tgt, const std::string& prop, const std::string& config, CompatibleType t, const char **) { switch(t) { case BoolType: assert(!"String compatibility check function called for boolean"); return 0; case StringType: return tgt->GetLinkInterfaceDependentStringProperty(prop, config); case NumberMinType: return tgt->GetLinkInterfaceDependentNumberMinProperty(prop, config); case NumberMaxType: return tgt->GetLinkInterfaceDependentNumberMaxProperty(prop, config); } assert(!"Unreachable!"); return 0; } //---------------------------------------------------------------------------- template void checkPropertyConsistency(cmTarget const* depender, cmTarget const* dependee, const std::string& propName, std::set &emitted, const std::string& config, CompatibleType t, PropertyType *) { const char *prop = dependee->GetProperty(propName); if (!prop) { return; } std::vector props; cmSystemTools::ExpandListArgument(prop, props); std::string pdir = dependee->GetMakefile()->GetRequiredDefinition("CMAKE_ROOT"); pdir += "/Help/prop_tgt/"; for(std::vector::iterator pi = props.begin(); pi != props.end(); ++pi) { std::string pname = cmSystemTools::HelpFileName(*pi); std::string pfile = pdir + pname + ".rst"; if(cmSystemTools::FileExists(pfile.c_str(), true)) { cmOStringStream e; e << "Target \"" << dependee->GetName() << "\" has property \"" << *pi << "\" listed in its " << propName << " property. " "This is not allowed. Only user-defined properties may appear " "listed in the " << propName << " property."; depender->GetMakefile()->IssueMessage(cmake::FATAL_ERROR, e.str()); return; } if(emitted.insert(*pi).second) { getLinkInterfaceDependentProperty(depender, *pi, config, t, 0); if (cmSystemTools::GetErrorOccuredFlag()) { return; } } } } static std::string intersect(const std::set &s1, const std::set &s2) { std::set intersect; std::set_intersection(s1.begin(),s1.end(), s2.begin(),s2.end(), std::inserter(intersect,intersect.begin())); if (!intersect.empty()) { return *intersect.begin(); } return ""; } static std::string intersect(const std::set &s1, const std::set &s2, const std::set &s3) { std::string result; result = intersect(s1, s2); if (!result.empty()) return result; result = intersect(s1, s3); if (!result.empty()) return result; return intersect(s2, s3); } static std::string intersect(const std::set &s1, const std::set &s2, const std::set &s3, const std::set &s4) { std::string result; result = intersect(s1, s2); if (!result.empty()) return result; result = intersect(s1, s3); if (!result.empty()) return result; result = intersect(s1, s4); if (!result.empty()) return result; return intersect(s2, s3, s4); } //---------------------------------------------------------------------------- void cmTarget::CheckPropertyCompatibility(cmComputeLinkInformation *info, const std::string& config) const { const cmComputeLinkInformation::ItemVector &deps = info->GetItems(); std::set emittedBools; std::set emittedStrings; std::set emittedMinNumbers; std::set emittedMaxNumbers; for(cmComputeLinkInformation::ItemVector::const_iterator li = deps.begin(); li != deps.end(); ++li) { if (!li->Target) { continue; } checkPropertyConsistency(this, li->Target, std::string("COMPATIBLE_INTERFACE_BOOL"), emittedBools, config, BoolType, 0); if (cmSystemTools::GetErrorOccuredFlag()) { return; } checkPropertyConsistency(this, li->Target, std::string("COMPATIBLE_INTERFACE_STRING"), emittedStrings, config, StringType, 0); if (cmSystemTools::GetErrorOccuredFlag()) { return; } checkPropertyConsistency(this, li->Target, std::string("COMPATIBLE_INTERFACE_NUMBER_MIN"), emittedMinNumbers, config, NumberMinType, 0); if (cmSystemTools::GetErrorOccuredFlag()) { return; } checkPropertyConsistency(this, li->Target, std::string("COMPATIBLE_INTERFACE_NUMBER_MAX"), emittedMaxNumbers, config, NumberMaxType, 0); if (cmSystemTools::GetErrorOccuredFlag()) { return; } } std::string prop = intersect(emittedBools, emittedStrings, emittedMinNumbers, emittedMaxNumbers); if (!prop.empty()) { std::set props; std::set::const_iterator i = emittedBools.find(prop); if (i != emittedBools.end()) { props.insert("COMPATIBLE_INTERFACE_BOOL"); } i = emittedStrings.find(prop); if (i != emittedStrings.end()) { props.insert("COMPATIBLE_INTERFACE_STRING"); } i = emittedMinNumbers.find(prop); if (i != emittedMinNumbers.end()) { props.insert("COMPATIBLE_INTERFACE_NUMBER_MIN"); } i = emittedMaxNumbers.find(prop); if (i != emittedMaxNumbers.end()) { props.insert("COMPATIBLE_INTERFACE_NUMBER_MAX"); } std::string propsString = *props.begin(); props.erase(props.begin()); while (props.size() > 1) { propsString += ", " + *props.begin(); props.erase(props.begin()); } if (props.size() == 1) { propsString += " and the " + *props.begin(); } cmOStringStream e; e << "Property \"" << prop << "\" appears in both the " << propsString << " property in the dependencies of target \"" << this->GetName() << "\". This is not allowed. A property may only require compatibility " "in a boolean interpretation, a numeric minimum, a numeric maximum or a " "string interpretation, but not a mixture."; this->Makefile->IssueMessage(cmake::FATAL_ERROR, e.str()); } } //---------------------------------------------------------------------------- cmComputeLinkInformation* cmTarget::GetLinkInformation(const std::string& config, cmTarget const* head) const { cmTarget const* headTarget = head ? head : this; // Lookup any existing information for this configuration. TargetConfigPair key(headTarget, cmSystemTools::UpperCase(config)); cmTargetLinkInformationMap::iterator i = this->LinkInformation.find(key); if(i == this->LinkInformation.end()) { // Compute information for this configuration. cmComputeLinkInformation* info = new cmComputeLinkInformation(this, config, headTarget); if(!info || !info->Compute()) { delete info; info = 0; } // Store the information for this configuration. cmTargetLinkInformationMap::value_type entry(key, info); i = this->LinkInformation.insert(entry).first; if (info) { this->CheckPropertyCompatibility(info, config); } } return i->second; } //---------------------------------------------------------------------------- std::string cmTarget::GetFrameworkDirectory(const std::string& config, bool rootDir) const { std::string fpath; fpath += this->GetOutputName(config, false); fpath += ".framework"; if(!rootDir) { fpath += "/Versions/"; fpath += this->GetFrameworkVersion(); } return fpath; } //---------------------------------------------------------------------------- std::string cmTarget::GetCFBundleDirectory(const std::string& config, bool contentOnly) const { std::string fpath; fpath += this->GetOutputName(config, false); fpath += "."; const char *ext = this->GetProperty("BUNDLE_EXTENSION"); if (!ext) { ext = "bundle"; } fpath += ext; fpath += "/Contents"; if(!contentOnly) fpath += "/MacOS"; return fpath; } //---------------------------------------------------------------------------- std::string cmTarget::GetAppBundleDirectory(const std::string& config, bool contentOnly) const { std::string fpath = this->GetFullName(config, false); fpath += ".app/Contents"; if(!contentOnly) fpath += "/MacOS"; return fpath; } //---------------------------------------------------------------------------- std::string cmTarget::BuildMacContentDirectory(const std::string& base, const std::string& config, bool contentOnly) const { std::string fpath = base; if(this->IsAppBundleOnApple()) { fpath += this->GetAppBundleDirectory(config, contentOnly); } if(this->IsFrameworkOnApple()) { fpath += this->GetFrameworkDirectory(config, contentOnly); } if(this->IsCFBundleOnApple()) { fpath += this->GetCFBundleDirectory(config, contentOnly); } return fpath; } //---------------------------------------------------------------------------- std::string cmTarget::GetMacContentDirectory(const std::string& config, bool implib) const { // Start with the output directory for the target. std::string fpath = this->GetDirectory(config, implib); fpath += "/"; bool contentOnly = true; if(this->IsFrameworkOnApple()) { // additional files with a framework go into the version specific // directory contentOnly = false; } fpath = this->BuildMacContentDirectory(fpath, config, contentOnly); return fpath; } //---------------------------------------------------------------------------- cmTargetLinkInformationMap ::cmTargetLinkInformationMap(cmTargetLinkInformationMap const& r): derived() { // Ideally cmTarget instances should never be copied. However until // we can make a sweep to remove that, this copy constructor avoids // allowing the resources (LinkInformation) from getting copied. In // the worst case this will lead to extra cmComputeLinkInformation // instances. We also enforce in debug mode that the map be emptied // when copied. static_cast(r); assert(r.empty()); } //---------------------------------------------------------------------------- cmTargetLinkInformationMap::~cmTargetLinkInformationMap() { for(derived::iterator i = this->begin(); i != this->end(); ++i) { delete i->second; } } //---------------------------------------------------------------------------- cmTargetInternalPointer::cmTargetInternalPointer() { this->Pointer = new cmTargetInternals; } //---------------------------------------------------------------------------- cmTargetInternalPointer ::cmTargetInternalPointer(cmTargetInternalPointer const& r) { // Ideally cmTarget instances should never be copied. However until // we can make a sweep to remove that, this copy constructor avoids // allowing the resources (Internals) to be copied. this->Pointer = new cmTargetInternals(*r.Pointer); } //---------------------------------------------------------------------------- cmTargetInternalPointer::~cmTargetInternalPointer() { deleteAndClear(this->Pointer->IncludeDirectoriesEntries); deleteAndClear(this->Pointer->CompileOptionsEntries); deleteAndClear(this->Pointer->CompileDefinitionsEntries); deleteAndClear(this->Pointer->SourceEntries); delete this->Pointer; } //---------------------------------------------------------------------------- cmTargetInternalPointer& cmTargetInternalPointer::operator=(cmTargetInternalPointer const& r) { if(this == &r) { return *this; } // avoid warning on HP about self check // Ideally cmTarget instances should never be copied. However until // we can make a sweep to remove that, this copy constructor avoids // allowing the resources (Internals) to be copied. cmTargetInternals* oldPointer = this->Pointer; this->Pointer = new cmTargetInternals(*r.Pointer); delete oldPointer; return *this; }