ss_literal_info.g.hh

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// This file is automatically generated, do not edit.

/*!
        \file
        \brief Intercode structure for project Lestes
        
                        This file describes a set of classes and data types used for intercode layer -ss-.
                        It is an output from a XSLT template which generates C++ code.
                
*/

#ifndef lestes__lang__cplus__sem__ss_literal_info_g_hh__included
#define lestes__lang__cplus__sem__ss_literal_info_g_hh__included

#include <lestes/common.hh>
#include <lestes/intercode/intercode.g.hh>

#include <lestes/std/objectize_macros.hh>
package(lestes);
package(lang);
package(cplus);
package(sem);



        



class ss_type;
class ss_literal_info;
class ss_literal_info_visitor;
class ss_integral_literal_info;
class ss_floating_literal_info;
class ss_compound_literal_info;


//! Base class for literal information
class ss_literal_info : public ::lestes::intercode::ss_base {
public:
        //! The method type_get returns the value of the field ss_literal_info::type.
        ptr< ss_type > type_get() const;

        //! The method type_set sets the field ss_literal_info::type to the given value.
        void type_set(const ptr< ss_type > &);

        virtual void accept_ss_literal_info_visitor( ptr< ss_literal_info_visitor > v ) abstract;
        

        //! for purposes of dumping
        virtual ptr<reflection_list> reflection_get() const;
        //! for purposes of dumping
        virtual ptr<field_list_list> field_values_get() const;
        
protected:
        //! Generated constructor for class ss_literal_info.
        ss_literal_info (
                ptr< ss_type > a__ss_literal_info__type);

        //! Marking routine for class ss_literal_info. 
        virtual void gc_mark();

private:
        srp< ss_type > type;
        static ptr<reflection_list> reflection;
        
}; // ss_literal_info


class ss_integral_literal_info : public ss_literal_info {
public:
        //! The method data_get returns the value of the field ss_integral_literal_info::data.
        ucn_string data_get() const;

        //! The method data_set sets the field ss_integral_literal_info::data to the given value.
        void data_set(ucn_string);

        static ptr< ss_integral_literal_info > create_from_number(ptr< ss_type > type, t_size value);

        virtual void accept_ss_literal_info_visitor( ptr< ss_literal_info_visitor > v );
        
        //! First generated factory method for class ss_integral_literal_info.
        static ptr< ss_integral_literal_info > create (
                ptr< ss_type > a__ss_literal_info__type,
                ucn_string a__ss_integral_literal_info__data);

        

        //! for purposes of dumping
        virtual ptr<reflection_list> reflection_get() const;
        //! for purposes of dumping
        virtual ptr<field_list_list> field_values_get() const;
        
protected:
        //! Generated constructor for class ss_integral_literal_info.
        ss_integral_literal_info (
                ptr< ss_type > a__ss_literal_info__type,
                ucn_string a__ss_integral_literal_info__data);

        //! Marking routine for class ss_integral_literal_info. 
        virtual void gc_mark();

private:
        ucn_string data;
        static ptr<reflection_list> reflection;
        
}; // ss_integral_literal_info


class ss_floating_literal_info : public ss_literal_info {
public:
        enum sign_type {
                S_POSITIVE,
                S_NEGATIVE
        };

        //! The method sign_get returns the value of the field ss_floating_literal_info::sign.
        sign_type sign_get() const;

        //! The method sign_set sets the field ss_floating_literal_info::sign to the given value.
        void sign_set(sign_type);

        //! The method mantissa_get returns the value of the field ss_floating_literal_info::mantissa.
        ucn_string mantissa_get() const;

        //! The method mantissa_set sets the field ss_floating_literal_info::mantissa to the given value.
        void mantissa_set(ucn_string);

        //! The method mantissa_base_get returns the value of the field ss_floating_literal_info::mantissa_base.
        ulint mantissa_base_get() const;

        //! The method mantissa_base_set sets the field ss_floating_literal_info::mantissa_base to the given value.
        void mantissa_base_set(ulint);

        //! The method exponent_sign_get returns the value of the field ss_floating_literal_info::exponent_sign.
        sign_type exponent_sign_get() const;

        //! The method exponent_sign_set sets the field ss_floating_literal_info::exponent_sign to the given value.
        void exponent_sign_set(sign_type);

        //! The method exponent_get returns the value of the field ss_floating_literal_info::exponent.
        ucn_string exponent_get() const;

        //! The method exponent_set sets the field ss_floating_literal_info::exponent to the given value.
        void exponent_set(ucn_string);

        //! The method exponent_base_get returns the value of the field ss_floating_literal_info::exponent_base.
        ulint exponent_base_get() const;

        //! The method exponent_base_set sets the field ss_floating_literal_info::exponent_base to the given value.
        void exponent_base_set(ulint);

        //! The method radix_get returns the value of the field ss_floating_literal_info::radix.
        ulint radix_get() const;

        //! The method radix_set sets the field ss_floating_literal_info::radix to the given value.
        void radix_set(ulint);

        virtual void accept_ss_literal_info_visitor( ptr< ss_literal_info_visitor > v );
        
        //! First generated factory method for class ss_floating_literal_info.
        static ptr< ss_floating_literal_info > create (
                ptr< ss_type > a__ss_literal_info__type,
                sign_type a__ss_floating_literal_info__sign,
                ucn_string a__ss_floating_literal_info__mantissa,
                ulint a__ss_floating_literal_info__mantissa_base,
                sign_type a__ss_floating_literal_info__exponent_sign,
                ucn_string a__ss_floating_literal_info__exponent,
                ulint a__ss_floating_literal_info__exponent_base,
                ulint a__ss_floating_literal_info__radix);

        //! Second generated factory method for class ss_floating_literal_info.
        static ptr< ss_floating_literal_info > create (
                ptr< ss_type > a__ss_literal_info__type,
                sign_type a__ss_floating_literal_info__sign,
                ucn_string a__ss_floating_literal_info__mantissa,
                sign_type a__ss_floating_literal_info__exponent_sign,
                ucn_string a__ss_floating_literal_info__exponent);

        

        //! for purposes of dumping
        virtual ptr<reflection_list> reflection_get() const;
        //! for purposes of dumping
        virtual ptr<field_list_list> field_values_get() const;
        
protected:
        //! Generated constructor for class ss_floating_literal_info.
        ss_floating_literal_info (
                ptr< ss_type > a__ss_literal_info__type,
                sign_type a__ss_floating_literal_info__sign,
                ucn_string a__ss_floating_literal_info__mantissa,
                ulint a__ss_floating_literal_info__mantissa_base,
                sign_type a__ss_floating_literal_info__exponent_sign,
                ucn_string a__ss_floating_literal_info__exponent,
                ulint a__ss_floating_literal_info__exponent_base,
                ulint a__ss_floating_literal_info__radix);

        //! Marking routine for class ss_floating_literal_info. 
        virtual void gc_mark();

private:
        sign_type sign;
        ucn_string mantissa;
        ulint mantissa_base;
        sign_type exponent_sign;
        ucn_string exponent;
        ulint exponent_base;
        ulint radix;
        static ptr<reflection_list> reflection;
        
}; // ss_floating_literal_info


/*! \brief Represents compound literal.

Compound literals are literals specified as { ... } initializers
*/
class ss_compound_literal_info : public ss_literal_info {
public:
        //! The method constituents_get returns the value of the field ss_compound_literal_info::constituents.
        ptr< ::lestes::std::list< srp< ss_literal_info > > > constituents_get() const;

        virtual void accept_ss_literal_info_visitor( ptr< ss_literal_info_visitor > v );
        
        //! First generated factory method for class ss_compound_literal_info.
        static ptr< ss_compound_literal_info > create (
                ptr< ss_type > a__ss_literal_info__type,
                ptr< ::lestes::std::list< srp< ss_literal_info > > > a__ss_compound_literal_info__constituents);

        

        //! for purposes of dumping
        virtual ptr<reflection_list> reflection_get() const;
        //! for purposes of dumping
        virtual ptr<field_list_list> field_values_get() const;
        
protected:
        //! Generated constructor for class ss_compound_literal_info.
        ss_compound_literal_info (
                ptr< ss_type > a__ss_literal_info__type,
                ptr< ::lestes::std::list< srp< ss_literal_info > > > a__ss_compound_literal_info__constituents);

        //! Marking routine for class ss_compound_literal_info. 
        virtual void gc_mark();

private:
        //! Constituents of the compound literal in their lexical order.
        srp< ::lestes::std::list< srp< ss_literal_info > > >  constituents;
        static ptr<reflection_list> reflection;
        
}; // ss_compound_literal_info


end_package(sem);
end_package(cplus);
end_package(lang);
end_package(lestes);

package(lestes);
package(std);
specialize_objectize_for_enum( ::lestes::lang::cplus::sem::ss_floating_literal_info::sign_type );
end_package(std);
end_package(lestes);

#endif // lestes__lang__cplus__sem__ss_literal_info_g_hh__included

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