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#ifndef ARY_IDL_I_TYPE_HXX
#define ARY_IDL_I_TYPE_HXX

// USED SERVICES
#include <ary/entity.hxx>
#include <ary/idl/i_types4idl.hxx>




namespace ary
{
namespace idl
{
    class Gate;


/** Abstract base for all secondary productions of types
*/
class Type_2s
{
  public:
    virtual             ~Type_2s() {}

    static DYN Type_2s *
                        Create_(
                            ClassId             i_nCeId );
};


/** Base of all IDL types.

    Type represents the occurence of a type as base,
    parameter, return type or element type in UNO IDL code.
    Some of them relate to a ->CodeEntity, but
    the ->Type "MyInterface" is something different than
    the ->CodeEntity "MyInterface".

    This is a storage base class, where more special
    classes are derived from.
*/
class Type : public ary::Entity
{
  public:
    typedef Type_2s secondary_productions;

    // LIFECYCLE
    virtual             ~Type() {}

    // INQUIRY
    Type_id             TypeId() const          { return Type_id(Id()); }

    /** Does NOT clear the output-parameters.

        @attention
        If this is a sequence, the text of the first non-sequence, enclosed type
        is returned.
    */
    void                Get_Text(
                            StringVector &      o_module,
                            String &            o_name,
                            Ce_id &             o_nRelatedCe,
                            int &               o_nSequenceCount,
                            const Gate &        i_rGate ) const;
    const std::vector<Type_id> *
                        TemplateParameters() const;
    const Type &        FirstEnclosedNonSequenceType(   /// @return *this, if this is not a ->Sequence.
                            const Gate &        i_rGate ) const;

  private:
    virtual void        inq_Get_Text(
                            StringVector &      o_module,
                            String &            o_name,
                            Ce_id &             o_nRelatedCe,
                            int &               o_nSequemceCount,
                            const Gate &        i_rGate ) const = 0;
    virtual const std::vector<Type_id> *
                        inq_TemplateParameters() const;
    virtual const Type &
                        inq_FirstEnclosedNonSequenceType(
                            const Gate &        i_rGate ) const;
};




// IMPLEMENTATION
inline void
Type::Get_Text( StringVector &      o_module,
                String &            o_name,
                Ce_id &             o_nRelatedCe,
                int &               o_nSequenceCount,
                const Gate &        i_rGate ) const
{
    inq_Get_Text(o_module,o_name,o_nRelatedCe,o_nSequenceCount,i_rGate);
}

inline const std::vector<Type_id> *
Type::TemplateParameters() const
{
    return inq_TemplateParameters();
}

inline const Type &
Type::FirstEnclosedNonSequenceType(const Gate & i_rGate) const
{
    return inq_FirstEnclosedNonSequenceType(i_rGate);
}




}   // namespace idl
}   // namespace ary
#endif