utils/TableGen/ClangASTPropertiesEmitter.cpp

90 	raw_ostream &Out;
98 		: Out(out), Records(records) {
362   Out << "template <class Property" << suffix << ">\n"
368   Out << "  Abstract" << info.HierarchyName << suffix
374   Out << "  " << info.ResultType << " " << info.MethodPrefix << "(";
376     Out       << NodeClass::getASTIdTypeName() << " kind";
378     Out       << "const " << info.HierarchyName << " *node";
379   Out         << ") {\n"
382     Out         << "kind";
384     Out         << "node->" << NodeClass::getASTIdAccessorName() << "()";
385   Out           << ") {\n";
388     Out << "    case " << info.HierarchyName << "::" << node.getId() << ":\n"
391       Out                  << "static_cast<const " << node.getClassName()
393     Out                    << ");\n";
395   Out << "    }\n"
407   Out << "};\n\n";
415   Out << "  " << info.ResultType << " "
418     Out <<       "const " << node.getClassName() << " *node";
419   Out <<         ") {\n";
421     Out << "    auto &ctx = " << info.HelperVariable << ".getASTContext();\n";
426   Out << "  }\n\n";
452     Out << "    " << nodeInfo.ReadHelper.getHelperCode() << "\n";
473     Out << "    " << creationCode << "\n";
518     Out << "    llvm::SmallVector<";
519     PropertyType(bufferTypes[i]).emitCXXValueTypeName(/*for read*/ true, Out);
520     Out << ", 8> " << name << "_buffer_" << i << ";\n";
527   Out << "    ";
528   if (!condition.empty()) Out << "llvm::Optional<";
529   type.emitCXXValueTypeName(true, Out);
530   if (!condition.empty()) Out << ">";
531   Out << " " << name;
534     Out << " = ";
536     Out << ";\n"
541   Out << readerName << ".find(\"" << name << "\")."
543   emitBasicReaderWriterMethodSuffix(Out, type, /*for read*/ true);
544   Out << "(";
546     Out << (i > 0 ? ", " : "") << name << "_buffer_" << i;
548   Out << ")";
551     Out << ";\n";
553     Out << ");\n"
571     Out << "    if (" << condition << ") {\n";
577   Out << "    ";
578   type.emitCXXValueTypeName(false, Out);
579   Out << " " << name << " = (" << readCode << ");\n"
581   emitBasicReaderWriterMethodSuffix(Out, type, /*for read*/ false);
582   Out << "(" << name << ");\n";
585     Out << "    }\n";
625   Out << "template <class ValueType>\n"
634     Out << "template " << specializationParameters << "\n"
637     Out << "  template <class Basic" << info.ClassSuffix << ", class... Args>\n"
668   Out << "\n";
677   Out << "template <class ValueType>\n"
682     Out << "template <>\n"
703   Out << "\n";
709   Out << "template <class Impl>\n"
711   Out << "  ASTContext &C;\n";
712   Out << "protected:\n"
717   Out << "  ASTContext &getASTContext() { return C; }\n";
718   Out << "  Impl &asImpl() { return static_cast<Impl&>(*this); }\n";
725     Out << "  " << (info.IsReader ? cxxTypeName : "void")
728       Out       << (shouldPassByReference || constWhenWriting ? "const " : "")
731     Out         << ") {\n";
745       Out << "  }\n";
758         Out << "    return asImpl().template readEnum<"
761         Out << "    asImpl().writeEnum(value);\n";
767         Out << "    return cast_or_null<" << type.getSubclassClassName()
772         Out << "    asImpl().write" << superclass.getAbstractTypeName()
780   Out << "};\n\n";
802     Out << "    auto &ctx = asImpl().getASTContext();\n";
805   Out << "    auto &&" << subvar << " = asImpl()."
827   Out << "    switch (" << kindProperty << ") {\n";
829     Out << "    case " << type.getCXXTypeName() << "::"
833       Out << "    return;\n";
834     Out << "    }\n\n";
836   Out << "    }\n"