/* * TOPPERS Software * Toyohashi Open Platform for Embedded Real-Time Systems * * Copyright (C) 2007-2009 by TAKAGI Nobuhisa * * 上記著作権者は，以下の(1)〜(4)の条件を満たす場合に限り，本ソフトウェ * ア（本ソフトウェアを改変したものを含む．以下同じ）を使用・複製・改 * 変・再配布（以下，利用と呼ぶ）することを無償で許諾する． * (1) 本ソフトウェアをソースコードの形で利用する場合には，上記の著作 * 権表示，この利用条件および下記の無保証規定が，そのままの形でソー * スコード中に含まれていること． * (2) 本ソフトウェアを，ライブラリ形式など，他のソフトウェア開発に使 * 用できる形で再配布する場合には，再配布に伴うドキュメント（利用 * 者マニュアルなど）に，上記の著作権表示，この利用条件および下記 * の無保証規定を掲載すること． * (3) 本ソフトウェアを，機器に組み込むなど，他のソフトウェア開発に使 * 用できない形で再配布する場合には，次のいずれかの条件を満たすこ * と． * (a) 再配布に伴うドキュメント（利用者マニュアルなど）に，上記の著 * 作権表示，この利用条件および下記の無保証規定を掲載すること． * (b) 再配布の形態を，別に定める方法によって，TOPPERSプロジェクトに * 報告すること． * (4) 本ソフトウェアの利用により直接的または間接的に生じるいかなる損 * 害からも，上記著作権者およびTOPPERSプロジェクトを免責すること． * また，本ソフトウェアのユーザまたはエンドユーザからのいかなる理 * 由に基づく請求からも，上記著作権者およびTOPPERSプロジェクトを * 免責すること． * * 本ソフトウェアは，無保証で提供されているものである．上記著作権者お * よびTOPPERSプロジェクトは，本ソフトウェアに関して，特定の使用目的 * に対する適合性も含めて，いかなる保証も行わない．また，本ソフトウェ * アの利用により直接的または間接的に生じたいかなる損害に関しても，そ * の責任を負わない． * */ #ifndef OIL_PARSER_H #define OIL_PARSER_H #include #include #include #include #include #include #include #include #include "toppers/text.hpp" #include "toppers/oil/oil_object.hpp" using namespace boost::spirit::classic; namespace toppers { namespace oil { typedef std::vector oil_impl; typedef std::vector oil_def; class oil_parser { public: oil_parser(std::string* txt , std::vector const& objlist) { description = txt; param_addable = true; m_object_list = objlist; } ~oil_parser() { std::vector::iterator p; for(p = impl_list.begin() ; p != impl_list.end() ; p++) { delete *p; } std::vector::iterator q; for(q = def_list.begin() ; q != def_list.end() ; q++) { delete *q; } } int do_parse(oil_impl **impl , oil_def **def); int start_objimpl_analysis(std::string object_name); int start_objdef_analysis(std::string object_name_type); int add_parameter_objimpl(std::string parameter); int set_nextparam_name(std::string name); int add_attr_value(std::string str); int end_objimpl_analysis(void); int end_objdef_analysis(void); void enable_addparam(bool enabled); void dump_implementation(void); void dump_definition(void); void set_error(int position , std::string message); void get_error(int *position , std::string *message); std::string* get_description(void) { return description; } std::vector m_object_list; protected: std::string *description; oil_impl impl_list; oil_def def_list; private: toppers::oil::oil_implementation::oil_object_impl* current_impl; std::string next_param_name; std::string attr_description; bool param_addable; toppers::oil::oil_definition::object_definition* current_def; std::string error_message; int error_position; }; // 文法エラー種別 enum oil_grammer_error { open_brace , close_brace , semicolon , equal , keyword , comma }; // 文法エラー型定義 typedef assertion oil_assertion; typedef boost::spirit::classic::guard oil_error_guard; // エラー処理ハンドラ struct error_handler { oil_parser* container; error_handler(oil_parser* _container) : container(_container) { } template < class Scanner, class oil_grammer_error > boost::spirit::classic::error_status<> operator()( Scanner const& scan, oil_grammer_error const& error ) const { std::string message; int pos; boost::spirit::classic::error_status<> result = boost::spirit::classic::error_status<>( boost::spirit::classic::error_status<>::fail ); // エラー出現位置の算出 pos = error.where - &((container->get_description()->c_str())[0]); // メッセージの登録 switch ( error.descriptor ) { case open_brace: message = "missing '{'"; break; case close_brace: message = "missing '}'"; break; case semicolon: message = "missing ';'"; break; case equal: message = "missing '='"; break; case keyword: message = "can't use keyword"; break; case comma: message = "missing ','"; break; } container->set_error(pos , message); return result; } }; // ファンクタ struct match_objimpl_name { oil_parser* container; match_objimpl_name(oil_parser* _container) : container(_container) { } void operator()(char const *first, char const *last) const { std::string str(first , last); std::vector::iterator p; bool hit = false; for(p = container->m_object_list.begin() ; p != container->m_object_list.end() ; p++) { if(*p == str) { hit = true; break; } } container->start_objimpl_analysis(str); } }; struct find_implparam_name { oil_parser* container; find_implparam_name(oil_parser* _container) : container(_container) { } void operator()(char const *first, char const *last) const { string str(first , last); container->set_nextparam_name(str); } }; struct match_impl_parameter { oil_parser* container; match_impl_parameter(oil_parser* _container) : container(_container) { } void operator()(char const *first, char const *last) const { string str(first , last); container->add_parameter_objimpl(str); } }; // 実装部の閉じ括弧を検出するファンクタ struct match_objimpl_end { oil_parser* container; match_objimpl_end(oil_parser* _container) : container(_container) { } void operator()(char val) const { container->end_objimpl_analysis(); } }; // オブジェクト定義先頭を検出するファンクタ struct match_objdef_name { oil_parser* container; match_objdef_name(oil_parser* _container) : container(_container) { } void operator()(char const *first, char const *last) const { string str(first , last); container->start_objdef_analysis(str); } }; // パラメータ定義を追加するファンクタ struct find_attrname { oil_parser* container; find_attrname(oil_parser* _container) : container(_container) { } void operator()(char const *first, char const *last) const { string str(first , last); container->set_nextparam_name(str); } }; // オブジェクト定義終端を検出するファンクタ struct match_objdef_end { oil_parser* container; match_objdef_end(oil_parser* _container) : container(_container){} void operator()(char val) const { container->end_objdef_analysis(); } }; // 定義部のパラメータタイプを識別するファンクタ struct find_attribute { oil_parser* container; find_attribute(oil_parser* _container) : container(_container) { } void operator()(char const *first, char const *last) const { string str(first , last); container->add_attr_value(str); } }; // 定義部のパラメータタイプを識別する(浮動小数点版) struct find_attribute_float { oil_parser* container; find_attribute_float(oil_parser* _container) : container(_container) { } void operator()(double val) const { char buf[256]; // modified by takuya 110823 //sprintf_s(buf , "%lf" , val); sprintf(buf , "%lf" , val); string str(buf); container->add_attr_value(str); } }; // ENUM中のパラメータ無視するためのファンクタ struct enum_start { oil_parser* container; enum_start(oil_parser* _container) : container(_container){} void operator()(char val) const { container->enable_addparam(false); } }; // ENUM中のパラメータ無視を解除するためのファンクタ struct enum_end { oil_parser* container; enum_end(oil_parser* _container) : container(_container){} void operator()(char val) const { container->enable_addparam(true); } }; // OILパーサクラス struct oil_grammer : public grammar { oil_parser* m_container; oil_grammer(oil_parser* container) { m_container = container; } template struct definition { // 文法エラー種類定義 oil_assertion assertion_open_brace , assertion_close_brace , assertion_semicolon; oil_assertion assertion_equal , assertion_keyword , assertion_comma; // エラーハンドリング定義 oil_error_guard guard_implementation , guard_object , guard_object_def; // BNF rule file; rule oil_version , implementation_definition , application_definition; rule implementation_spec_list , implementation_spec , implementation_def; rule object , object_ref_type , object_name , object_temp; rule name , null_str , boolean , string_literal; rule multiple_specifier , auto_specifier; rule number_range , number_list , number , float_range , default_number , default_float; rule attribute_name; rule default_string , default_bool , default_name; rule bool_values; rule enumerator , enumeration , enumerator_list; rule impl_parameter_list; rule uint32_impl_attr_def , int32_impl_attr_def , uint64_impl_attr_def , int64_impl_attr_def; rule float_impl_attr_def , string_impl_attr_def , bool_impl_attr_def , enum_impl_attr_def; rule reference_name; rule impl_attr_def , impl_ref_def; rule object_definition; rule parameter , attribute_value; definition(oil_grammer const& self) : assertion_open_brace(open_brace) , assertion_close_brace(close_brace) , assertion_semicolon(semicolon) , assertion_equal(equal) , assertion_keyword(keyword) , assertion_comma(comma) { // 記号関係 null_str = str_p(""); name = (alpha_p | ch_p('_')) >> +(alnum_p | ch_p('_')); string_literal = ch_p('"') >> name >> ch_p('"'); multiple_specifier = !(ch_p('[') >> ch_p(']')); auto_specifier = !str_p("WITH_AUTO"); number = (str_p("0x") >> +xdigit_p) | (str_p("0X") >> xdigit_p) | int_p | uint_p; boolean = str_p("TRUE") | str_p("FALSE"); // レンジ、デフォルト値 number_list = ch_p('[') >> number >> *(ch_p(',') >> number) >> ch_p(']'); number_range = !((ch_p('[') >> number >> str_p("..") >> number >> ch_p(']')) | number_list); default_number = !((ch_p('=') >> number) | (ch_p('=') >> str_p("NO_DEFAULT")) | (ch_p('=') >> str_p("AUTO"))); float_range = !(ch_p('[') >> real_p >> str_p("..") >> real_p >> ch_p(']')); default_float = !((ch_p('=') >> real_p) | (ch_p('=') >> str_p("NO_DEFAULT")) | (ch_p('=') >> str_p("AUTO"))); enumerator = name >> !(ch_p('{') >> implementation_def >> ch_p('}')); enumerator_list = enumerator >> *(ch_p(',') >> enumerator); enumeration = ch_p('[')[enum_start(self.m_container)] >> enumerator_list >> ch_p(']')[enum_end(self.m_container)]; default_name = !((ch_p('=') >> name) | (ch_p('=') >> str_p("NO_DEFAULT")) | (ch_p('=') >> str_p("AUTO"))); attribute_name = name | object; attribute_value = (boolean >> !(ch_p('{')[enum_start(self.m_container)] >> *parameter >> (ch_p('}')[enum_end(self.m_container)]))) [find_attribute(self.m_container)] | number[find_attribute(self.m_container)] | real_p[find_attribute_float(self.m_container)] | string_literal[find_attribute(self.m_container)] /* * modified by takuya 110823 * AUTOは下の定義で代用可能 */ | (name >> !(ch_p('{')[enum_start(self.m_container)] >> *parameter >> ch_p('}')[enum_end(self.m_container)])) [find_attribute(self.m_container)]; default_string = !((ch_p('=') >> ch_p('"') >> name >> ch_p('"')) | (ch_p('=') >> str_p("NO_DEFAULT")) | (ch_p('=') >> str_p("AUTO"))); default_bool = !((ch_p('=') >> boolean) | (ch_p('=') >> str_p("NO_DEFAULT")) | (ch_p('=') >> str_p("AUTO"))); bool_values = !(ch_p('[')[enum_start(self.m_container)] >> str_p("TRUE") >> !(ch_p('{') >> implementation_def >> ch_p('}')) >> ch_p(',') >> str_p("FALSE") >> !(ch_p('{') >> implementation_def >> ch_p('}')) >> ch_p(']')[enum_end(self.m_container)]); std::vector::iterator p; std::string objtype = "(" , objref = "("; // 正規表現のリストを作成 for(p = self.m_container->m_object_list.begin() ; p != self.m_container->m_object_list.end() ; p++) { objtype += (*p) + "|"; objref += (*p) + "_TYPE" + "|"; } objtype[objtype.size() - 1] = ')'; objref[objref.size() - 1] = ')'; object = regex_p(objtype.c_str()); object_ref_type = regex_p(objref.c_str()); // オブジェクト定義 parameter = attribute_name[find_attrname(self.m_container)] >> assertion_equal(ch_p("=")) >> attribute_value >> assertion_semicolon(ch_p(";")); object_name = (object >> name)[match_objdef_name(self.m_container)]; object_definition = guard_object( object_name >> assertion_open_brace(ch_p('{')) >> *parameter >> assertion_close_brace(ch_p('}')) >> assertion_semicolon(ch_p(';'))[match_objdef_end(self.m_container)]) [error_handler(self.m_container)]; // 型別のパラメータ指定子 uint32_impl_attr_def = str_p("UINT32") >> auto_specifier >> number_range >> attribute_name[find_implparam_name(self.m_container)] >> multiple_specifier >> default_number >> assertion_semicolon(ch_p(';')); int32_impl_attr_def = str_p("INT32") >> auto_specifier >> number_range >> attribute_name[find_implparam_name(self.m_container)] >> multiple_specifier >> default_number >> assertion_semicolon(ch_p(';')); uint64_impl_attr_def = str_p("UINT64") >> auto_specifier >> number_range >> attribute_name[find_implparam_name(self.m_container)] >> multiple_specifier >> default_number >> assertion_semicolon(ch_p(';')); int64_impl_attr_def = str_p("INT64") >> auto_specifier >> number_range >> attribute_name[find_implparam_name(self.m_container)] >> multiple_specifier >> default_number >> assertion_semicolon(ch_p(';')); float_impl_attr_def = str_p("FLOAT") >> auto_specifier >> float_range >> attribute_name[find_implparam_name(self.m_container)] >> multiple_specifier >> default_float >> assertion_semicolon(ch_p(';')); string_impl_attr_def = str_p("STRING") >> auto_specifier >> attribute_name[find_implparam_name(self.m_container)] >> multiple_specifier >> default_string >> assertion_semicolon(ch_p(';')); bool_impl_attr_def = str_p("BOOLEAN") >> auto_specifier >> bool_values >> attribute_name[find_implparam_name(self.m_container)] >> multiple_specifier >> default_bool >> assertion_semicolon(ch_p(';')); enum_impl_attr_def = str_p("ENUM") >> auto_specifier >> enumeration >> attribute_name[find_implparam_name(self.m_container)] >> multiple_specifier >> default_name >> assertion_semicolon(ch_p(';')); // 属性値 impl_attr_def = uint32_impl_attr_def | int32_impl_attr_def | uint64_impl_attr_def | int64_impl_attr_def | float_impl_attr_def | string_impl_attr_def | bool_impl_attr_def | enum_impl_attr_def; reference_name = name | object; impl_ref_def = object_ref_type >> reference_name[find_implparam_name(self.m_container)] >> multiple_specifier >> assertion_semicolon(ch_p(';')); // パラメータの形式 implementation_def = *((impl_attr_def | impl_ref_def) [match_impl_parameter(self.m_container)]); // 本体定義 application_definition = str_p("CPU") >> name >> ch_p('{') >> *object_definition >> ch_p('}') >> ch_p(';'); // 大きな単位の文法 implementation_spec = guard_object(object[match_objimpl_name(self.m_container)] >> assertion_open_brace(ch_p('{')) >> implementation_def >> assertion_close_brace(ch_p('}')) >> assertion_semicolon(ch_p(';')[match_objimpl_end(self.m_container)])) [error_handler(self.m_container)]; implementation_spec_list = *implementation_spec; implementation_definition = "IMPLEMENTATION" >> name >> ch_p('{') >> implementation_spec_list >> ch_p('}') >> ch_p(';'); oil_version = str_p("OIL_VERSION") >> ch_p('=') >> ch_p('\"') >> real_p >> ch_p('\"') >> ch_p(';'); // file = oil_version >> implementation_definition >> application_definition >> *space_p; }; rule const& start() const { return file; // 定義したルールを返す } }; }; } } #endif /* OIL_PARSER_H */