java_lang_NegativeArraySizeException.h

#ifndef xmogInc_javalangNegativeArraySizeException
#define xmogInc_javalangNegativeArraySizeException

#   if !defined(JMS_DECLSPEC )
#       if defined(_MSC_VER)
#           pragma message( "Relying on default definition of JMS_DECLSPEC " )
#       endif /* defined(_MSC_VER) */
        // the following default definition works for all non-Windows platforms and for
        // executable projects on Windows where the sources are built directly into the binary
#       define JMS_DECLSPEC 
#   endif /* !defined(JMS_DECLSPEC ) */

    namespace java
    {
        namespace lang
        {
            class NegativeArraySizeException;
            class String;
        }
    }

#   include "java_lang_RuntimeException.h"

    // work around MFC definitions of 'new' and 'delete' that cause compilation errors
#   if (XMOG_UNDEFINE_MEM_OPERATORS==1)
#       if defined(new)
#           undef new
#       endif /* defined(new) */
#       if defined(delete)
#           undef delete
#       endif /* defined(delete) */
#   endif /* (XMOG_UNDEFINE_MEM_OPERATORS==1) */

    class JMS_DECLSPEC java::lang::NegativeArraySizeException : 
        public ::java::lang::RuntimeException
    {
    public:
        enum 
        {
            xmogDefaultFlags = xmog_base::GLOBAL,
            xmogMajorVersion = 3,
            xmogMinorVersion = 2,
            xmogPatchVersion = 9,
            xmogBuildNumber = 2047
        };

    public:

        typedef ::xmog_java_array_template< ::java::lang::NegativeArraySizeException > array1D;

        typedef ::xmog_java_array_template< ::xmog_java_array_template< ::java::lang::NegativeArraySizeException > > array2D;


        NegativeArraySizeException( );

        NegativeArraySizeException( jobject _local, xmog_flags f_xflags );

        NegativeArraySizeException( const ::xmog_null & _null_instance );

        NegativeArraySizeException( ::xmog_java_array * _arr, jint _index );

        NegativeArraySizeException( const ::java::lang::NegativeArraySizeException & _rhs );

        XMOG_EXPLICIT NegativeArraySizeException( ::xmog_base * _delegate, bool _owns_delegate = true );

        NegativeArraySizeException( const ::java::lang::NegativeArraySizeException & _rhs, ::xmog_localenv * p_lxenv );

        NegativeArraySizeException( ::xmog_java_ref * _cra, ::xmog_java_dynamic * _dynamic, xmog_flags f_xflags = xmogDefaultFlags );


        NegativeArraySizeException( const ::java::lang::String & s, ::xmog_localenv * p_xenv = NULL, xmog_flags f_xflags = xmogDefaultFlags );

        NegativeArraySizeException( ::xmog_dummy _use_java_ctor, ::xmog_localenv * p_xenv = NULL, xmog_flags f_xflags = xmogDefaultFlags );


        ~NegativeArraySizeException( );

        java::lang::NegativeArraySizeException operator =( const java::lang::NegativeArraySizeException & _rhs );

        void operator delete( void * _ptr );

#       if (XMOG_SUPPORTS_PLACEMENT_DELETE==1)
            void operator delete( void * ptr, void * loc );
#       endif /* (XMOG_SUPPORTS_PLACEMENT_DELETE==1) */

        void * operator new( size_t _size );

#       if (XMOG_SUPPORTS_PLACEMENT_NEW==1)
            void * operator new( size_t _size, void * _ptr );
#       endif /* (XMOG_SUPPORTS_PLACEMENT_NEW==1) */

        static ::java::lang::NegativeArraySizeException dyna_cast( const ::xmog_base & _rhs, ::xmog_localenv * p_lxenv = NULL, xmog_flags flags = xmogDefaultFlags );

        static ::xmog_java_class * get_class( );

        static ::xmog_java_class * get_element_class( );

        virtual ::xmog_java_class * xmog_get_java_peer( ::xmog_localenv * p_lxenv = NULL );

        static void XMOG_CALLING_CONVENTION xmog_throw_( jobject exc, xmog_flags f_xflags );

    };
#endif /* xmogInc_javalangNegativeArraySizeException */

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