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HxCorbaUserOps.h

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// **********************************************************************
//
// Generated by the ORBacus IDL-to-C++ Translator
//
// Copyright (c) 2000
// Object Oriented Concepts, Inc.
// Billerica, MA, USA
//
// All Rights Reserved
//
// **********************************************************************

// Version: 4.0.5

#ifndef ___HxCorbaUserOps_h__
#define ___HxCorbaUserOps_h__

#include <HxCorbaImageRep.h>

#ifndef OB_INTEGER_VERSION
#   error No ORBacus version defined! Is <OB/CORBA.h> included?
#endif

#ifndef OB_NO_VERSION_CHECK
#   if (OB_INTEGER_VERSION != 4000500L)
#       error ORBacus version mismatch!
#   endif
#endif

namespace HxCorba
{

class UserOps;
typedef UserOps* UserOps_ptr;
typedef UserOps* UserOpsRef;

extern OB::TypeCodeConst _tc_UserOps;

} // End of namespace HxCorba

void OBDuplicate(HxCorba::UserOps_ptr);
void OBRelease(HxCorba::UserOps_ptr);

void OBMarshal(HxCorba::UserOps_ptr, OB::OutputStreamImpl*);
void OBUnmarshal(HxCorba::UserOps_ptr&, OB::InputStreamImpl*);

namespace HxCorba
{

typedef OB::ObjVar< UserOps > UserOps_var;
typedef OB::ObjOut< UserOps > UserOps_out;

} // End of namespace HxCorba

namespace OBStubImpl_HxCorba
{

class UserOps;
typedef UserOps* UserOps_ptr;

} // End of namespace OBStubImpl_HxCorba

void OBDuplicate(OBStubImpl_HxCorba::UserOps_ptr);
void OBRelease(OBStubImpl_HxCorba::UserOps_ptr);

namespace OBStubImpl_HxCorba
{

typedef OB::ObjVar< UserOps > UserOps_var;

} // End of namespace OBStubImpl_HxCorba

//
// IDL:HxCorba:1.0
//
namespace HxCorba
{

//
// IDL:HxCorba/MyMessage:1.0
//
struct MyMessage;
typedef OB::VarVar< MyMessage > MyMessage_var;
typedef OB::VarOut< MyMessage > MyMessage_out;

struct MyMessage
{
    MyMessage() { }
    MyMessage(const MyMessage&);
    MyMessage& operator=(const MyMessage&);

    typedef MyMessage_var _var_type;

    OB::StrForStruct msg;

    void _OB_marshal(OB::OutputStreamImpl*) const;
    static void _OB_unmarshal(MyMessage&, OB::InputStreamImpl*);
};

extern OB::TypeCodeConst _tc_MyMessage;

//
// IDL:HxCorba/Color:1.0
//
struct Color;
typedef OB::FixVar< Color > Color_var;
typedef Color& Color_out;

struct Color
{
    typedef Color_var _var_type;

    CORBA::Double x;
    CORBA::Double y;
    CORBA::Double z;

    void _OB_marshal(OB::OutputStreamImpl*) const;
    static void _OB_unmarshal(Color&, OB::InputStreamImpl*);
};

extern OB::TypeCodeConst _tc_Color;

//
// IDL:HxCorba/AapFeatures:1.0
//
struct AapFeatures;
typedef OB::FixVar< AapFeatures > AapFeatures_var;
typedef AapFeatures& AapFeatures_out;

struct AapFeatures
{
    typedef AapFeatures_var _var_type;

    CORBA::Boolean outdoor;
    Color col;
    CORBA::Double percentage;
    CORBA::Long label;

    void _OB_marshal(OB::OutputStreamImpl*) const;
    static void _OB_unmarshal(AapFeatures&, OB::InputStreamImpl*);
};

extern OB::TypeCodeConst _tc_AapFeatures;

//
// IDL:HxCorba/UserOps:1.0
//
class UserOps : virtual public CORBA::Object
{
    UserOps(const UserOps&);
    void operator=(const UserOps&);

    static const char* ids_[];

protected:

    virtual OB::MarshalStubImpl_ptr _OB_createMarshalStubImpl();

public:

    UserOps() { }
    virtual ~UserOps() { }

    typedef UserOps_ptr _ptr_type;
    typedef UserOps_var _var_type;

    static inline UserOps_ptr
    _duplicate(UserOps_ptr p)
    {
        if(p)
            p -> _OB_incRef();
        return p;
    }

    static inline UserOps_ptr
    _nil()
    {
        return 0;
    }

    static UserOps_ptr _narrow(CORBA::Object_ptr);
    static UserOps_ptr _narrow(CORBA::AbstractBase_ptr);

    virtual const char** _OB_ids() const;
    static const char** _OB_staticIds();

    //
    // IDL:HxCorba/UserOps/MyStringFunction:1.0
    //
    char* MyStringFunction();

    //
    // IDL:HxCorba/UserOps/MyStringFunction2:1.0
    //
    MyMessage* MyStringFunction2();

    //
    // IDL:HxCorba/UserOps/JmCalcAapFeatures:1.0
    //
    AapFeatures JmCalcAapFeatures(ImageRep_ptr aap,
                                  ImageRep_ptr aapSegmentation);
};

} // End of namespace HxCorba

//
// IDL:HxCorba:1.0
//
namespace OBStubImpl_HxCorba
{

//
// IDL:HxCorba/UserOps:1.0
//
class UserOps : virtual public OB::StubImplBase
{
    UserOps(const UserOps&);
    void operator=(const UserOps&);

protected:

    UserOps() { }

public:

    static inline UserOps_ptr
    _duplicate(UserOps_ptr p)
    {
        if(p)
            p -> _OB_incRef();
        return p;
    }

    static inline UserOps_ptr
    _nil()
    {
        return 0;
    }

    //
    // IDL:HxCorba/UserOps/MyStringFunction:1.0
    //
    virtual char* MyStringFunction() = 0;

    //
    // IDL:HxCorba/UserOps/MyStringFunction2:1.0
    //
    virtual HxCorba::MyMessage* MyStringFunction2() = 0;

    //
    // IDL:HxCorba/UserOps/JmCalcAapFeatures:1.0
    //
    virtual HxCorba::AapFeatures JmCalcAapFeatures(HxCorba::ImageRep_ptr aap,
                                                   HxCorba::ImageRep_ptr aapSegmentation) = 0;
};

} // End of namespace OBStubImpl_HxCorba

//
// IDL:HxCorba:1.0
//
namespace OBMarshalStubImpl_HxCorba
{

//
// IDL:HxCorba/UserOps:1.0
//
class UserOps : virtual public OBStubImpl_HxCorba::UserOps,
                virtual public OB::MarshalStubImpl
{
    UserOps(const UserOps&);
    void operator=(const UserOps&);

protected:

    UserOps() { }
    friend class HxCorba::UserOps;

public:

    //
    // IDL:HxCorba/UserOps/MyStringFunction:1.0
    //
    virtual char* MyStringFunction();

    //
    // IDL:HxCorba/UserOps/MyStringFunction2:1.0
    //
    virtual HxCorba::MyMessage* MyStringFunction2();

    //
    // IDL:HxCorba/UserOps/JmCalcAapFeatures:1.0
    //
    virtual HxCorba::AapFeatures JmCalcAapFeatures(HxCorba::ImageRep_ptr aap,
                                                   HxCorba::ImageRep_ptr aapSegmentation);
};

} // End of namespace OBMarshalStubImpl_HxCorba

//
// IDL:HxCorba:1.0
//
namespace OBV_HxCorba
{

} // End of namespace OBV_HxCorba

//
// IDL:HxCorba/MyMessage:1.0
//
void operator<<=(CORBA::Any&, HxCorba::MyMessage*);
void operator<<=(CORBA::Any&, const HxCorba::MyMessage&);
CORBA::Boolean operator>>=(const CORBA::Any&, const HxCorba::MyMessage*&);

inline void
operator<<=(CORBA::Any_var& any, HxCorba::MyMessage* val)
{
    any.inout() <<= val;
}

inline void
operator<<=(CORBA::Any_var& any, const HxCorba::MyMessage& val)
{
    any.inout() <<= val;
}

inline CORBA::Boolean
operator>>=(const CORBA::Any_var& any, const HxCorba::MyMessage*& val)
{
    return any.in() >>= val;
}

//
// IDL:HxCorba/Color:1.0
//
void operator<<=(CORBA::Any&, HxCorba::Color*);
void operator<<=(CORBA::Any&, const HxCorba::Color&);
CORBA::Boolean operator>>=(const CORBA::Any&, const HxCorba::Color*&);

inline void
operator<<=(CORBA::Any_var& any, HxCorba::Color* val)
{
    any.inout() <<= val;
}

inline void
operator<<=(CORBA::Any_var& any, const HxCorba::Color& val)
{
    any.inout() <<= val;
}

inline CORBA::Boolean
operator>>=(const CORBA::Any_var& any, const HxCorba::Color*& val)
{
    return any.in() >>= val;
}

//
// IDL:HxCorba/AapFeatures:1.0
//
void operator<<=(CORBA::Any&, HxCorba::AapFeatures*);
void operator<<=(CORBA::Any&, const HxCorba::AapFeatures&);
CORBA::Boolean operator>>=(const CORBA::Any&, const HxCorba::AapFeatures*&);

inline void
operator<<=(CORBA::Any_var& any, HxCorba::AapFeatures* val)
{
    any.inout() <<= val;
}

inline void
operator<<=(CORBA::Any_var& any, const HxCorba::AapFeatures& val)
{
    any.inout() <<= val;
}

inline CORBA::Boolean
operator>>=(const CORBA::Any_var& any, const HxCorba::AapFeatures*& val)
{
    return any.in() >>= val;
}

//
// IDL:HxCorba/UserOps:1.0
//
namespace CORBA
{

inline void
release(HxCorba::UserOps_ptr p)
{
    if(p)
        p -> _OB_decRef();
}

inline Boolean
is_nil(HxCorba::UserOps_ptr p)
{
    return p == 0;
}

inline void
release(OBStubImpl_HxCorba::UserOps_ptr p)
{
    if(p)
        p -> _OB_decRef();
}

inline Boolean
is_nil(OBStubImpl_HxCorba::UserOps_ptr p)
{
    return p == 0;
}

} // End of namespace CORBA

void operator<<=(CORBA::Any&, HxCorba::UserOps_ptr*);
void operator<<=(CORBA::Any&, HxCorba::UserOps_ptr);
CORBA::Boolean operator>>=(const CORBA::Any&, HxCorba::UserOps_ptr&);

inline void
operator<<=(CORBA::Any_var& any, HxCorba::UserOps_ptr* val)
{
    any.inout() <<= val;
}

inline void
operator<<=(CORBA::Any_var& any, HxCorba::UserOps_ptr val)
{
    any.inout() <<= val;
}

inline CORBA::Boolean
operator>>=(const CORBA::Any_var& any, HxCorba::UserOps_ptr& val)
{
    return any.in() >>= val;
}

#endif

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