| set(LLVM_LINK_COMPONENTS |
| core |
| native |
| MC |
| Option |
| OrcJit |
| OrcShared |
| OrcTargetProcess |
| Support |
| Target |
| TargetParser |
| ) |
| |
| add_clang_library(clangInterpreter |
| DeviceOffload.cpp |
| IncrementalExecutor.cpp |
| IncrementalParser.cpp |
| Interpreter.cpp |
| InterpreterUtils.cpp |
| Value.cpp |
| |
| DEPENDS |
| intrinsics_gen |
| ClangDriverOptions |
| |
| LINK_LIBS |
| clangAST |
| clangAnalysis |
| clangBasic |
| clangCodeGen |
| clangDriver |
| clangFrontend |
| clangFrontendTool |
| clangLex |
| clangParse |
| clangSema |
| clangSerialization |
| ) |
| |
| if ((MINGW OR CYGWIN) AND BUILD_SHARED_LIBS) |
| # The DLLs are supposed to export all symbols (except for ones that are |
| # explicitly hidden). Normally, this is what happens anyway, but if there |
| # are symbols that are marked explicitly as dllexport, we'd only export them |
| # and nothing else. The Interpreter contains a few cases of such dllexports |
| # (for symbols that need to be exported even from standalone exe files); |
| # therefore, add --export-all-symbols to make sure we export all symbols |
| # despite potential dllexports. |
| target_link_options(clangInterpreter PRIVATE LINKER:--export-all-symbols) |
| endif() |
