// file : xsd-frontend/semantic-graph/fundamental.cxx // copyright : Copyright (c) 2005-2014 Code Synthesis Tools CC // license : GNU GPL v2 + exceptions; see accompanying LICENSE file // Note, that this file is automatically generated! // #include #include namespace XSDFrontend { namespace SemanticGraph { namespace Fundamental { using compiler::type_info; // Type // namespace { struct TypeInit { TypeInit () { type_info ti (typeid (Type)); ti.add_base (typeid (SemanticGraph::Type)); insert (ti); } } any_type_init_; } Type:: Type () { } // Byte // namespace { struct ByteInit { ByteInit () { type_info ti (typeid (Byte)); ti.add_base (typeid (Type)); insert (ti); } } byte_init_; } Byte:: Byte (Path const& file, unsigned long line, unsigned long column) : Node (file, line, column) { } // UnsignedByte // namespace { struct UnsignedByteInit { UnsignedByteInit () { type_info ti (typeid (UnsignedByte)); ti.add_base (typeid (Type)); insert (ti); } } unsigned_byte_init_; } UnsignedByte:: UnsignedByte (Path const& file, unsigned long line, unsigned long column) : Node (file, line, column) { } // Short // namespace { struct ShortInit { ShortInit () { type_info ti (typeid (Short)); ti.add_base (typeid (Type)); insert (ti); } } short_init_; } Short:: Short (Path const& file, unsigned long line, unsigned long column) : Node (file, line, column) { } // UnsignedShort // namespace { struct UnsignedShortInit { UnsignedShortInit () { type_info ti (typeid (UnsignedShort)); ti.add_base (typeid (Type)); insert (ti); } } unsigned_short_init_; } UnsignedShort:: UnsignedShort (Path const& file, unsigned long line, unsigned long column) : Node (file, line, column) { } // Int // namespace { struct IntInit { IntInit () { type_info ti (typeid (Int)); ti.add_base (typeid (Type)); insert (ti); } } int_init_; } Int:: Int (Path const& file, unsigned long line, unsigned long column) : Node (file, line, column) { } // UnsignedInt // namespace { struct UnsignedIntInit { UnsignedIntInit () { type_info ti (typeid (UnsignedInt)); ti.add_base (typeid (Type)); insert (ti); } } unsigned_int_init_; } UnsignedInt:: UnsignedInt (Path const& file, unsigned long line, unsigned long column) : Node (file, line, column) { } // Long // namespace { struct LongInit { LongInit () { type_info ti (typeid (Long)); ti.add_base (typeid (Type)); insert (ti); } } long_init_; } Long:: Long (Path const& file, unsigned long line, unsigned long column) : Node (file, line, column) { } // UnsignedLong // namespace { struct UnsignedLongInit { UnsignedLongInit () { type_info ti (typeid (UnsignedLong)); ti.add_base (typeid (Type)); insert (ti); } } unsigned_long_init_; } UnsignedLong:: UnsignedLong (Path const& file, unsigned long line, unsigned long column) : Node (file, line, column) { } // Integer // namespace { struct IntegerInit { IntegerInit () { type_info ti (typeid (Integer)); ti.add_base (typeid (Type)); insert (ti); } } integer_init_; } Integer:: Integer (Path const& file, unsigned long line, unsigned long column) : Node (file, line, column) { } // NonPositiveInteger // namespace { struct NonPositiveIntegerInit { NonPositiveIntegerInit () { type_info ti (typeid (NonPositiveInteger)); ti.add_base (typeid (Type)); insert (ti); } } non_positive_integer_init_; } NonPositiveInteger:: NonPositiveInteger (Path const& file, unsigned long line, unsigned long column) : Node (file, line, column) { } // NonNegativeInteger // namespace { struct NonNegativeIntegerInit { NonNegativeIntegerInit () { type_info ti (typeid (NonNegativeInteger)); ti.add_base (typeid (Type)); insert (ti); } } non_negative_integer_init_; } NonNegativeInteger:: NonNegativeInteger (Path const& file, unsigned long line, unsigned long column) : Node (file, line, column) { } // PositiveInteger // namespace { struct PositiveIntegerInit { PositiveIntegerInit () { type_info ti (typeid (PositiveInteger)); ti.add_base (typeid (Type)); insert (ti); } } positive_integer_init_; } PositiveInteger:: PositiveInteger (Path const& file, unsigned long line, unsigned long column) : Node (file, line, column) { } // NegativeInteger // namespace { struct NegativeIntegerInit { NegativeIntegerInit () { type_info ti (typeid (NegativeInteger)); ti.add_base (typeid (Type)); insert (ti); } } negative_integer_init_; } NegativeInteger:: NegativeInteger (Path const& file, unsigned long line, unsigned long column) : Node (file, line, column) { } // Boolean // namespace { struct BooleanInit { BooleanInit () { type_info ti (typeid (Boolean)); ti.add_base (typeid (Type)); insert (ti); } } boolean_init_; } Boolean:: Boolean (Path const& file, unsigned long line, unsigned long column) : Node (file, line, column) { } // Float // namespace { struct FloatInit { FloatInit () { type_info ti (typeid (Float)); ti.add_base (typeid (Type)); insert (ti); } } float_init_; } Float:: Float (Path const& file, unsigned long line, unsigned long column) : Node (file, line, column) { } // Double // namespace { struct DoubleInit { DoubleInit () { type_info ti (typeid (Double)); ti.add_base (typeid (Type)); insert (ti); } } double_init_; } Double:: Double (Path const& file, unsigned long line, unsigned long column) : Node (file, line, column) { } // Decimal // namespace { struct DecimalInit { DecimalInit () { type_info ti (typeid (Decimal)); ti.add_base (typeid (Type)); insert (ti); } } decimal_init_; } Decimal:: Decimal (Path const& file, unsigned long line, unsigned long column) : Node (file, line, column) { } // String // namespace { struct StringInit { StringInit () { type_info ti (typeid (String)); ti.add_base (typeid (Type)); insert (ti); } } string_init_; } String:: String (Path const& file, unsigned long line, unsigned long column) : Node (file, line, column) { } // NormalizedString // namespace { struct NormalizedStringInit { NormalizedStringInit () { type_info ti (typeid (NormalizedString)); ti.add_base (typeid (Type)); insert (ti); } } normalized_string_init_; } NormalizedString:: NormalizedString (Path const& file, unsigned long line, unsigned long column) : Node (file, line, column) { } // Token // namespace { struct TokenInit { TokenInit () { type_info ti (typeid (Token)); ti.add_base (typeid (Type)); insert (ti); } } token_init_; } Token:: Token (Path const& file, unsigned long line, unsigned long column) : Node (file, line, column) { } // Name // namespace { struct NameInit { NameInit () { type_info ti (typeid (Name)); ti.add_base (typeid (Type)); insert (ti); } } name_init_; } Name:: Name (Path const& file, unsigned long line, unsigned long column) : Node (file, line, column) { } // NameToken // namespace { struct NameTokenInit { NameTokenInit () { type_info ti (typeid (NameToken)); ti.add_base (typeid (Type)); insert (ti); } } name_token_init_; } NameToken:: NameToken (Path const& file, unsigned long line, unsigned long column) : Node (file, line, column) { } // NameTokens // namespace { struct NameTokensInit { NameTokensInit () { type_info ti (typeid (NameTokens)); ti.add_base (typeid (Type)); insert (ti); } } name_tokens_init_; } NameTokens:: NameTokens (Path const& file, unsigned long line, unsigned long column) : Node (file, line, column) { } // NCName // namespace { struct NCNameInit { NCNameInit () { type_info ti (typeid (NCName)); ti.add_base (typeid (Type)); insert (ti); } } NC_name_init_; } NCName:: NCName (Path const& file, unsigned long line, unsigned long column) : Node (file, line, column) { } // Language // namespace { struct LanguageInit { LanguageInit () { type_info ti (typeid (Language)); ti.add_base (typeid (Type)); insert (ti); } } language_init_; } Language:: Language (Path const& file, unsigned long line, unsigned long column) : Node (file, line, column) { } // QName // namespace { struct QNameInit { QNameInit () { type_info ti (typeid (QName)); ti.add_base (typeid (Type)); insert (ti); } } q_name_init_; } QName:: QName (Path const& file, unsigned long line, unsigned long column) : Node (file, line, column) { } // Id // namespace { struct IdInit { IdInit () { type_info ti (typeid (Id)); ti.add_base (typeid (Type)); insert (ti); } } id_init_; } Id:: Id (Path const& file, unsigned long line, unsigned long column) : Node (file, line, column) { } // IdRef // namespace { struct IdRefInit { IdRefInit () { type_info ti (typeid (IdRef)); ti.add_base (typeid (Type)); ti.add_base (typeid (Specialization)); insert (ti); } } id_ref_init_; } IdRef:: IdRef (Path const& file, unsigned long line, unsigned long column) : Node (file, line, column) { } // IdRefs // namespace { struct IdRefsInit { IdRefsInit () { type_info ti (typeid (IdRefs)); ti.add_base (typeid (Type)); ti.add_base (typeid (Specialization)); insert (ti); } } id_refs_init_; } IdRefs:: IdRefs (Path const& file, unsigned long line, unsigned long column) : Node (file, line, column) { } // AnyURI // namespace { struct AnyURIInit { AnyURIInit () { type_info ti (typeid (AnyURI)); ti.add_base (typeid (Type)); insert (ti); } } any_URI_init_; } AnyURI:: AnyURI (Path const& file, unsigned long line, unsigned long column) : Node (file, line, column) { } // Base64Binary // namespace { struct Base64BinaryInit { Base64BinaryInit () { type_info ti (typeid (Base64Binary)); ti.add_base (typeid (Type)); insert (ti); } } base_64_binary_init_; } Base64Binary:: Base64Binary (Path const& file, unsigned long line, unsigned long column) : Node (file, line, column) { } // HexBinary // namespace { struct HexBinaryInit { HexBinaryInit () { type_info ti (typeid (HexBinary)); ti.add_base (typeid (Type)); insert (ti); } } hex_binary_init_; } HexBinary:: HexBinary (Path const& file, unsigned long line, unsigned long column) : Node (file, line, column) { } // Date // namespace { struct DateInit { DateInit () { type_info ti (typeid (Date)); ti.add_base (typeid (Type)); insert (ti); } } date_init_; } Date:: Date (Path const& file, unsigned long line, unsigned long column) : Node (file, line, column) { } // DateTime // namespace { struct DateTimeInit { DateTimeInit () { type_info ti (typeid (DateTime)); ti.add_base (typeid (Type)); insert (ti); } } date_time_init_; } DateTime:: DateTime (Path const& file, unsigned long line, unsigned long column) : Node (file, line, column) { } // Duration // namespace { struct DurationInit { DurationInit () { type_info ti (typeid (Duration)); ti.add_base (typeid (Type)); insert (ti); } } duration_init_; } Duration:: Duration (Path const& file, unsigned long line, unsigned long column) : Node (file, line, column) { } // Day // namespace { struct DayInit { DayInit () { type_info ti (typeid (Day)); ti.add_base (typeid (Type)); insert (ti); } } day_init_; } Day:: Day (Path const& file, unsigned long line, unsigned long column) : Node (file, line, column) { } // Month // namespace { struct MonthInit { MonthInit () { type_info ti (typeid (Month)); ti.add_base (typeid (Type)); insert (ti); } } month_init_; } Month:: Month (Path const& file, unsigned long line, unsigned long column) : Node (file, line, column) { } // MonthDay // namespace { struct MonthDayInit { MonthDayInit () { type_info ti (typeid (MonthDay)); ti.add_base (typeid (Type)); insert (ti); } } month_day_init_; } MonthDay:: MonthDay (Path const& file, unsigned long line, unsigned long column) : Node (file, line, column) { } // Year // namespace { struct YearInit { YearInit () { type_info ti (typeid (Year)); ti.add_base (typeid (Type)); insert (ti); } } year_init_; } Year:: Year (Path const& file, unsigned long line, unsigned long column) : Node (file, line, column) { } // YearMonth // namespace { struct YearMonthInit { YearMonthInit () { type_info ti (typeid (YearMonth)); ti.add_base (typeid (Type)); insert (ti); } } year_month_init_; } YearMonth:: YearMonth (Path const& file, unsigned long line, unsigned long column) : Node (file, line, column) { } // Time // namespace { struct TimeInit { TimeInit () { type_info ti (typeid (Time)); ti.add_base (typeid (Type)); insert (ti); } } time_init_; } Time:: Time (Path const& file, unsigned long line, unsigned long column) : Node (file, line, column) { } // Entity // namespace { struct EntityInit { EntityInit () { type_info ti (typeid (Entity)); ti.add_base (typeid (Type)); insert (ti); } } entity_init_; } Entity:: Entity (Path const& file, unsigned long line, unsigned long column) : Node (file, line, column) { } // Entities // namespace { struct EntitiesInit { EntitiesInit () { type_info ti (typeid (Entities)); ti.add_base (typeid (Type)); insert (ti); } } entities_init_; } Entities:: Entities (Path const& file, unsigned long line, unsigned long column) : Node (file, line, column) { } // Notation // namespace { struct NotationInit { NotationInit () { type_info ti (typeid (Notation)); ti.add_base (typeid (Type)); insert (ti); } } notation_init_; } Notation:: Notation (Path const& file, unsigned long line, unsigned long column) : Node (file, line, column) { } } } }