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// Copyright 2016 Klemens Morgenstern // // Distributed under the Boost Software License, Version 1.0. // (See accompanying file LICENSE_1_0.txt // or copy at http://www.boost.org/LICENSE_1_0.txt) #ifndef BOOST_DLL_DETAIL_DEMANGLING_MSVC_HPP_ #define BOOST_DLL_DETAIL_DEMANGLING_MSVC_HPP_ #include #include #include #include #include namespace boost { namespace dll { namespace detail { class mangled_storage_impl : public mangled_storage_base { template struct dummy {}; template std::string get_return_type(dummy) const { return get_name(); } //function to remove preceding 'class ' or 'struct ' if the are given in this format. inline static void trim_typename(std::string & val); public: using ctor_sym = std::string; using dtor_sym = std::string; using mangled_storage_base::mangled_storage_base; template std::string get_variable(const std::string &name) const; template std::string get_function(const std::string &name) const; template std::string get_mem_fn(const std::string &name) const; template ctor_sym get_constructor() const; template dtor_sym get_destructor() const; template //overload, does not need to virtual. std::string get_name() const { auto nm = mangled_storage_base::get_name(); trim_typename(nm); return nm; } template std::string get_vtable() const; template std::vector get_related() const; }; void mangled_storage_impl::trim_typename(std::string & val) { //remove preceding class or struct, because you might want to use a struct as class, et vice versa if (val.size() >= 6) { using namespace std; static constexpr char class_ [7] = "class "; static constexpr char struct_[8] = "struct "; if (equal(begin(class_), end(class_)-1, val.begin())) val.erase(0, 6); else if (val.size() >= 7) if (equal(begin(struct_), end(struct_)-1, val.begin())) val.erase(0, 7); } } namespace parser { inline bool try_consume_prefix(boost::core::string_view& s, boost::core::string_view prefix) { const bool result = s.starts_with(prefix); if (result) { s.remove_prefix(prefix.size()); } return result; } inline bool ignore_prefix(boost::core::string_view& s, boost::core::string_view prefix) { parser::try_consume_prefix(s, prefix); return true; } inline void consume_ptrs(boost::core::string_view& s) { do { while (parser::try_consume_prefix(s, " ")) {} } while (parser::try_consume_prefix(s, "__ptr32") || parser::try_consume_prefix(s, "__ptr64")); } inline bool ignore_ptrs(boost::core::string_view& s) { parser::consume_ptrs(s); return true; } inline bool try_consume_visibility(boost::core::string_view& s) { return parser::try_consume_prefix(s, "public:") || parser::try_consume_prefix(s, "protected:") || parser::try_consume_prefix(s, "private:"); } template bool try_consume_type(boost::core::string_view& s, const mangled_storage_impl& ms) { if (std::is_void::value) { return parser::try_consume_prefix(s, "void"); } parser::ignore_prefix(s, "class "); parser::ignore_prefix(s, "struct "); const auto& mangled_name = ms.get_name(); static_assert( !std::is_function::type>::value, "boost::dll::smart_library on Windows platform does not support " "functions that accept functions. If you wish to see such support " "- please provide a working PR on github with sufficient tests. " "Otherwise simplify the function. For example, use `void*` " "parameter instead of a function pointer. " ); if (!parser::try_consume_prefix(s, mangled_name)) { return false; } if (std::is_const::type>::value) { if (!parser::try_consume_prefix(s, " const")) { return false; } } if (std::is_volatile::type>::value) { if (!parser::try_consume_prefix(s, " volatile")) { return false; } } if (std::is_rvalue_reference::value) { if (!parser::try_consume_prefix(s, " &&")) { return false; } } if (std::is_lvalue_reference::value) { if (!parser::try_consume_prefix(s, " &")) { return false; } } return parser::ignore_ptrs(s); } inline bool try_consume_thiscall(boost::core::string_view& s) { parser::try_consume_prefix(s, " "); return parser::try_consume_prefix(s, "__cdecl ") // Win 64bit || parser::try_consume_prefix(s, "__thiscall "); // Win 32bit } template bool try_consume_arg_list(boost::core::string_view& s, const mangled_storage_impl& ms, Return (*)(Arg)) { return parser::try_consume_type(s, ms); } template bool try_consume_arg_list(boost::core::string_view& s, const mangled_storage_impl& ms, Return (*)(First, Second, Args...)) { using next_type = Return (*)(Second, Args...); return parser::try_consume_type(s, ms) && parser::try_consume_prefix(s, ",") && parser::try_consume_arg_list(s, ms, next_type()); } template bool try_consume_arg_list(boost::core::string_view& s, const mangled_storage_impl& ms, Return (*)()) { return parser::try_consume_type(s, ms); } class is_destructor_with_name { const std::string& dtor_name_; public: explicit is_destructor_with_name(const std::string& dtor_name) : dtor_name_(dtor_name) {} inline bool operator()(boost::core::string_view s) const { return parser::try_consume_visibility(s) && parser::ignore_prefix(s, " virtual") && parser::try_consume_thiscall(s) && parser::try_consume_prefix(s, dtor_name_) && parser::ignore_ptrs(s) && s.empty(); } inline bool operator()(const mangled_storage_base::entry& e) const { return (*this)(boost::core::string_view(e.demangled.data(), e.demangled.size())); } }; template class is_variable_with_name { const std::string& variable_name_; const mangled_storage_impl& ms_; public: is_variable_with_name(const std::string& variable_name, const mangled_storage_impl& ms) : variable_name_(variable_name), ms_(ms) {} inline bool operator()(boost::core::string_view s) const { if (parser::try_consume_visibility(s) && !parser::try_consume_prefix(s, " static ")) { return false; } return parser::try_consume_type(s, ms_) && parser::try_consume_prefix(s, variable_name_) && s.empty(); } inline bool operator()(const mangled_storage_base::entry& e) const { return (*this)(boost::core::string_view(e.demangled.data(), e.demangled.size())); } }; template class is_constructor_with_name { const std::string& ctor_name_; const mangled_storage_impl& ms_; public: is_constructor_with_name(const std::string& ctor_name, const mangled_storage_impl& ms) : ctor_name_(ctor_name), ms_(ms) {} inline bool operator()(boost::core::string_view s) const { return parser::try_consume_visibility(s) && parser::try_consume_thiscall(s) && parser::try_consume_prefix(s, ctor_name_) && parser::try_consume_prefix(s, "(") && parser::try_consume_arg_list(s, ms_, Signature()) && parser::try_consume_prefix(s, ")") && parser::ignore_ptrs(s) && s.empty(); } inline bool operator()(const mangled_storage_base::entry& e) const { return (*this)(boost::core::string_view(e.demangled.data(), e.demangled.size())); } }; template class is_function_with_name; template class is_function_with_name { const std::string& function_name_; const mangled_storage_impl& ms_; public: is_function_with_name(const std::string& function_name, const mangled_storage_impl& ms) : function_name_(function_name), ms_(ms) {} inline bool operator()(boost::core::string_view s) const { if (parser::try_consume_visibility(s) && !parser::try_consume_prefix(s, " static ")) { return false; } using Signature = Result(*)(Args...); return parser::try_consume_type(s, ms_) && parser::ignore_prefix(s, " ") && parser::try_consume_prefix(s, "__cdecl ") && parser::try_consume_prefix(s, function_name_) && parser::try_consume_prefix(s, "(") && parser::try_consume_arg_list(s, ms_, Signature()) && parser::try_consume_prefix(s, ")") && parser::ignore_ptrs(s) && s.empty(); } inline bool operator()(const mangled_storage_base::entry& e) const { return (*this)(boost::core::string_view(e.demangled.data(), e.demangled.size())); } }; template class is_mem_fn_with_name; template class is_mem_fn_with_name { const std::string& function_name_; const mangled_storage_impl& ms_; public: is_mem_fn_with_name(const std::string& function_name, const mangled_storage_impl& ms) : function_name_(function_name), ms_(ms) {} inline bool operator()(boost::core::string_view s) const { using Signature = Result(*)(Args...); return parser::try_consume_visibility(s) && parser::ignore_prefix(s, " virtual") && parser::try_consume_prefix(s, " ") && parser::try_consume_type(s, ms_) && parser::try_consume_thiscall(s) && parser::try_consume_type::type>(s, ms_) && parser::try_consume_prefix(s, "::") && parser::try_consume_prefix(s, function_name_) && parser::try_consume_prefix(s, "(") && parser::try_consume_arg_list(s, ms_, Signature()) && parser::try_consume_prefix(s, ")") && (!std::is_const::value || parser::try_consume_prefix(s, "const ")) && (!std::is_volatile::value || parser::try_consume_prefix(s, "volatile ")) && parser::ignore_ptrs(s) && s.empty(); } inline bool operator()(const mangled_storage_base::entry& e) const { return (*this)(boost::core::string_view(e.demangled.data(), e.demangled.size())); } }; } // namespace parser template std::string mangled_storage_impl::get_variable(const std::string &name) const { const auto found = std::find_if(storage_.begin(), storage_.end(), parser::is_variable_with_name(name, *this)); if (found != storage_.end()) return found->mangled; else return ""; } template std::string mangled_storage_impl::get_function(const std::string &name) const { const auto found = std::find_if(storage_.begin(), storage_.end(), parser::is_function_with_name(name, *this)); if (found != storage_.end()) return found->mangled; else return ""; } template std::string mangled_storage_impl::get_mem_fn(const std::string &name) const { const auto found = std::find_if(storage_.begin(), storage_.end(), parser::is_mem_fn_with_name(name, *this)); if (found != storage_.end()) return found->mangled; else return ""; } template auto mangled_storage_impl::get_constructor() const -> ctor_sym { std::string ctor_name; // = class_name + "::" + name; std::string unscoped_cname; //the unscoped class-name { auto class_name = get_return_type(dummy()); auto pos = class_name.rfind("::"); if (pos == std::string::npos) { ctor_name = class_name+ "::" + class_name ; unscoped_cname = class_name; } else { unscoped_cname = class_name.substr(pos+2) ; ctor_name = class_name+ "::" + unscoped_cname; } } const auto f = std::find_if(storage_.begin(), storage_.end(), parser::is_constructor_with_name(ctor_name, *this)); if (f != storage_.end()) return f->mangled; else return ""; } template auto mangled_storage_impl::get_destructor() const -> dtor_sym { std::string dtor_name; // = class_name + "::" + name; std::string unscoped_cname; //the unscoped class-name { auto class_name = get_name(); auto pos = class_name.rfind("::"); if (pos == std::string::npos) { dtor_name = class_name+ "::~" + class_name + "(void)"; unscoped_cname = class_name; } else { unscoped_cname = class_name.substr(pos+2) ; dtor_name = class_name+ "::~" + unscoped_cname + "(void)"; } } const auto found = std::find_if(storage_.begin(), storage_.end(), parser::is_destructor_with_name(dtor_name)); if (found != storage_.end()) return found->mangled; else return ""; } template std::string mangled_storage_impl::get_vtable() const { std::string id = "const " + get_name() + "::`vftable'"; auto predicate = [&](const mangled_storage_base::entry & e) { return e.demangled == id; }; auto found = std::find_if(storage_.begin(), storage_.end(), predicate); if (found != storage_.end()) return found->mangled; else return ""; } template std::vector mangled_storage_impl::get_related() const { std::vector ret; auto name = get_name(); for (auto & c : storage_) { if (c.demangled.find(name) != std::string::npos) ret.push_back(c.demangled); } return ret; } }}} #endif /* BOOST_DLL_DETAIL_DEMANGLING_MSVC_HPP_ */