libsidl-dev 1.4.0.dfsg-8.2 / usr / include / cxx / sidlx_rmi_SimCall.hxx

// 
// File:          sidlx_rmi_SimCall.hxx
// Symbol:        sidlx.rmi.SimCall-v0.1
// Symbol Type:   class
// Babel Version: 1.4.0 (Revision: 6607 release-1-4-0-branch)
// Description:   Client-side glue code for sidlx.rmi.SimCall
// 
// WARNING: Automatically generated; changes will be lost
// 
// 

#ifndef included_sidlx_rmi_SimCall_hxx
#define included_sidlx_rmi_SimCall_hxx

#ifndef included_sidl_cxx_hxx
#include "sidl_cxx.hxx"
#endif
// declare class before main #includes
// (this alleviates circular #include guard problems)[BUG#393]
namespace sidlx { 
  namespace rmi { 

    class SimCall;
  } // end namespace rmi
} // end namespace sidlx

// Some compilers need to define array template before the specializations
namespace sidl {
  template<>
  class array< ::sidlx::rmi::SimCall >;
}
// 
// Forward declarations for method dependencies.
// 
namespace sidl { 

  class RuntimeException;
} // end namespace sidl

namespace sidl { 
  namespace io { 

    class Serializable;
  } // end namespace io
} // end namespace sidl

namespace sidlx { 
  namespace rmi { 

    class Socket;
  } // end namespace rmi
} // end namespace sidlx

namespace sidlx { 
  namespace rmi { 

    class UnauthorizedCallException;
  } // end namespace rmi
} // end namespace sidlx

#ifndef included_sidl_cxx_hxx
#include "sidl_cxx.hxx"
#endif
#ifndef included_sidlx_rmi_SimCall_IOR_h
#include "sidlx_rmi_SimCall_IOR.h"
#endif
#ifndef included_sidl_BaseClass_hxx
#include "sidl_BaseClass.hxx"
#endif
#ifndef included_sidl_rmi_Call_hxx
#include "sidl_rmi_Call.hxx"
#endif
#ifndef included_sidlx_rmi_CallType_hxx
#include "sidlx_rmi_CallType.hxx"
#endif
namespace sidl {
  namespace rmi {
    class Call;
    class Return;
    class Ticket;
  }
  namespace rmi {
    class InstanceHandle;
  }
}
namespace sidlx { 
  namespace rmi { 

    /**
     * Symbol "sidlx.rmi.SimCall" (version 0.1)
     * 
     * This type is created on the server side to get inargs off the network and 
     * pass them into exec.	
     */
    class SimCall: public virtual ::sidl::BaseClass, public virtual 
      ::sidl::rmi::Call {

      //////////////////////////////////////////////////
      // 
      // Special methods for throwing exceptions
      // 

    private:
      static 
      void
      throwException0(
        const char* methodName,
        struct sidl_BaseInterface__object *_exception
      )
        // throws:
      ;
      static 
      void
      throwException1(
        const char* methodName,
        struct sidl_BaseInterface__object *_exception
      )
        // throws:
        //    ::sidl::RuntimeException
        //    ::sidlx::rmi::UnauthorizedCallException
      ;

      //////////////////////////////////////////////////
      // 
      // User Defined Methods
      // 

    public:
      /**
       * user defined non-static method
       */
      void
      init (
        /* in */const ::sidlx::rmi::Socket& sock,
        /* in rarray[len] */char* cookie,
        /* in */int32_t len
      )
      // throws:
      //    ::sidl::RuntimeException
      //    ::sidlx::rmi::UnauthorizedCallException
      ;


      /**
       * user defined non-static method
       */
      void
      init (
        /* in */const ::sidlx::rmi::Socket& sock,
        /* in rarray[len] */const ::sidl::array<char>& cookie
      )
      // throws:
      //    ::sidl::RuntimeException
      //    ::sidlx::rmi::UnauthorizedCallException
      ;


      /**
       * user defined non-static method
       */
      ::std::string
      getMethodName() ;

      /**
       * user defined non-static method
       */
      ::std::string
      getObjectID() ;

      /**
       * user defined non-static method
       */
      ::sidlx::rmi::CallType
      getCallType() ;

      /**
       * user defined non-static method
       */
      void
      unpackBool (
        /* in */const ::std::string& key,
        /* inout */bool& value
      )
      ;


      /**
       * user defined non-static method
       */
      void
      unpackChar (
        /* in */const ::std::string& key,
        /* inout */char& value
      )
      ;


      /**
       * user defined non-static method
       */
      void
      unpackInt (
        /* in */const ::std::string& key,
        /* inout */int32_t& value
      )
      ;


      /**
       * user defined non-static method
       */
      void
      unpackLong (
        /* in */const ::std::string& key,
        /* inout */int64_t& value
      )
      ;


      /**
       * user defined non-static method
       */
      void
      unpackOpaque (
        /* in */const ::std::string& key,
        /* inout */void*& value
      )
      ;


      /**
       * user defined non-static method
       */
      void
      unpackFloat (
        /* in */const ::std::string& key,
        /* inout */float& value
      )
      ;


      /**
       * user defined non-static method
       */
      void
      unpackDouble (
        /* in */const ::std::string& key,
        /* inout */double& value
      )
      ;


      /**
       * user defined non-static method
       */
      void
      unpackFcomplex (
        /* in */const ::std::string& key,
        /* inout */::std::complex<float>& value
      )
      ;


      /**
       * user defined non-static method
       */
      void
      unpackDcomplex (
        /* in */const ::std::string& key,
        /* inout */::std::complex<double>& value
      )
      ;


      /**
       * user defined non-static method
       */
      void
      unpackString (
        /* in */const ::std::string& key,
        /* inout */::std::string& value
      )
      ;


      /**
       * user defined non-static method
       */
      void
      unpackSerializable (
        /* in */const ::std::string& key,
        /* inout */::sidl::io::Serializable& value
      )
      ;



      /**
       *  unpack arrays of values 
       * It is possible to ensure an array is
       * in a certain order by passing in ordering and dimension
       * requirements.  ordering should represent a value in the
       * sidl_array_ordering enumeration in sidlArray.h If either
       * argument is 0, it means there is no restriction on that
       * aspect.  The rarray flag should be set if the array being
       * passed in is actually an rarray.  The semantics are slightly
       * different for rarrays.  The passed in array MUST be reused,
       * even if the array has changed bounds.
       */
      void
      unpackBoolArray (
        /* in */const ::std::string& key,
        /* inout array<bool> */::sidl::array<bool>& value,
        /* in */int32_t ordering,
        /* in */int32_t dimen,
        /* in */bool isRarray
      )
      ;


      /**
       * user defined non-static method
       */
      void
      unpackCharArray (
        /* in */const ::std::string& key,
        /* inout array<char> */::sidl::array<char>& value,
        /* in */int32_t ordering,
        /* in */int32_t dimen,
        /* in */bool isRarray
      )
      ;


      /**
       * user defined non-static method
       */
      void
      unpackIntArray (
        /* in */const ::std::string& key,
        /* inout array<int> */::sidl::array<int32_t>& value,
        /* in */int32_t ordering,
        /* in */int32_t dimen,
        /* in */bool isRarray
      )
      ;


      /**
       * user defined non-static method
       */
      void
      unpackLongArray (
        /* in */const ::std::string& key,
        /* inout array<long> */::sidl::array<int64_t>& value,
        /* in */int32_t ordering,
        /* in */int32_t dimen,
        /* in */bool isRarray
      )
      ;


      /**
       * user defined non-static method
       */
      void
      unpackOpaqueArray (
        /* in */const ::std::string& key,
        /* inout array<opaque> */::sidl::array<void*>& value,
        /* in */int32_t ordering,
        /* in */int32_t dimen,
        /* in */bool isRarray
      )
      ;


      /**
       * user defined non-static method
       */
      void
      unpackFloatArray (
        /* in */const ::std::string& key,
        /* inout array<float> */::sidl::array<float>& value,
        /* in */int32_t ordering,
        /* in */int32_t dimen,
        /* in */bool isRarray
      )
      ;


      /**
       * user defined non-static method
       */
      void
      unpackDoubleArray (
        /* in */const ::std::string& key,
        /* inout array<double> */::sidl::array<double>& value,
        /* in */int32_t ordering,
        /* in */int32_t dimen,
        /* in */bool isRarray
      )
      ;


      /**
       * user defined non-static method
       */
      void
      unpackFcomplexArray (
        /* in */const ::std::string& key,
        /* inout array<fcomplex> */::sidl::array< ::sidl::fcomplex>& value,
        /* in */int32_t ordering,
        /* in */int32_t dimen,
        /* in */bool isRarray
      )
      ;


      /**
       * user defined non-static method
       */
      void
      unpackDcomplexArray (
        /* in */const ::std::string& key,
        /* inout array<dcomplex> */::sidl::array< ::sidl::dcomplex>& value,
        /* in */int32_t ordering,
        /* in */int32_t dimen,
        /* in */bool isRarray
      )
      ;


      /**
       * user defined non-static method
       */
      void
      unpackStringArray (
        /* in */const ::std::string& key,
        /* inout array<string> */::sidl::array< ::std::string>& value,
        /* in */int32_t ordering,
        /* in */int32_t dimen,
        /* in */bool isRarray
      )
      ;


      /**
       * user defined non-static method
       */
      void
      unpackGenericArray (
        /* in */const ::std::string& key,
        /* inout array<> */::sidl::basearray& value
      )
      ;


      /**
       * user defined non-static method
       */
      void
      unpackSerializableArray (
        /* in */const ::std::string& key,
        /* inout array<sidl.io.Serializable> */::sidl::array< 
          ::sidl::io::Serializable>& value,
        /* in */int32_t ordering,
        /* in */int32_t dimen,
        /* in */bool isRarray
      )
      ;



      //////////////////////////////////////////////////
      // 
      // End User Defined Methods
      // (everything else in this file is specific to
      //  Babel's C++ bindings)
      // 

    public:
      typedef struct sidlx_rmi_SimCall__object ior_t;
      typedef struct sidlx_rmi_SimCall__external ext_t;
      typedef struct sidlx_rmi_SimCall__sepv sepv_t;

      // default constructor
      SimCall() { }
      // static constructor
      static ::sidlx::rmi::SimCall _create();


#ifdef WITH_RMI

      // RMI constructor
      static ::sidlx::rmi::SimCall _create( /*in*/ const std::string& url );

      // RMI connect
      static inline ::sidlx::rmi::SimCall _connect( /*in*/ const std::string& 
        url ) { 
        return _connect(url, true);
      }

      // RMI connect 2
      static ::sidlx::rmi::SimCall _connect( /*in*/ const std::string& url, 
        /*in*/ const bool ar  );


#endif /*WITH_RMI*/

      // default destructor
      virtual ~SimCall () { }

      // copy constructor
      SimCall ( const SimCall& original );

      // assignment operator
      SimCall& operator= ( const SimCall& rhs );


      protected:
      // Internal data wrapping method
      static ior_t*  _wrapObj(void* private_data);


      public:
      // conversion from ior to C++ class
      SimCall ( SimCall::ior_t* ior );

      // Alternate constructor: does not call addRef()
      // (sets d_weak_reference=isWeak)
      // For internal use by Impls (fixes bug#275)
      SimCall ( SimCall::ior_t* ior, bool isWeak );

      inline ior_t* _get_ior() const throw() {
        return reinterpret_cast< ior_t*>(d_self);
      }

      inline void _set_ior( ior_t* ptr ) throw () { 
        if(d_self == ptr) {return;}
        d_self = reinterpret_cast< void*>(ptr);

        if( ptr != NULL ) {
          sidl_io_Deserializer_IORCache = &((*ptr).d_sidl_io_deserializer);
          sidl_rmi_Call_IORCache = &((*ptr).d_sidl_rmi_call);
        } else {
          sidl_io_Deserializer_IORCache = NULL;
          sidl_rmi_Call_IORCache = NULL;
        }
      }

      virtual int _set_ior_typesafe( struct sidl_BaseInterface__object *obj,
                                     const ::std::type_info &argtype );

      bool _is_nil() const throw () { return (d_self==0); }

      bool _not_nil() const throw () { return (d_self!=0); }

      bool operator !() const throw () { return (d_self==0); }

      static inline const char * type_name() throw () { return 
        "sidlx.rmi.SimCall";}

      static struct sidlx_rmi_SimCall__object* _cast(const void* src);

      // execute member function by name
      void _exec(const std::string& methodName,
                 ::sidl::rmi::Call& inArgs,
                 ::sidl::rmi::Return& outArgs);

      /**
       * Get the URL of the Implementation of this object (for RMI)
       */
      ::std::string
      _getURL() // throws:
      //    ::sidl::RuntimeException
      ;


      /**
       * Method to enable/disable method hooks invocation.
       */
      void
      _set_hooks (
        /* in */bool enable
      )
      // throws:
      //    ::sidl::RuntimeException
      ;


      /**
       * Method to enable/disable interface contract enforcement.
       */
      void
      _set_contracts (
        /* in */bool enable,
        /* in */const ::std::string& enfFilename,
        /* in */bool resetCounters
      )
      // throws:
      //    ::sidl::RuntimeException
      ;


      /**
       * Method to dump contract enforcement statistics.
       */
      void
      _dump_stats (
        /* in */const ::std::string& filename,
        /* in */const ::std::string& prefix
      )
      // throws:
      //    ::sidl::RuntimeException
      ;

      // return true iff object is remote
      bool _isRemote() const { 
        ior_t* self = const_cast<ior_t*>(_get_ior() );
        struct sidl_BaseInterface__object *throwaway_exception;
        return (*self->d_epv->f__isRemote)(self, &throwaway_exception) == TRUE;
      }

      // return true iff object is local
      bool _isLocal() const {
        return !_isRemote();
      }

    protected:
      // Pointer to external (DLL loadable) symbols (shared among instances)
      static const ext_t * s_ext;

    public:
      static const ext_t * _get_ext() throw ( ::sidl::NullIORException );

    }; // end class SimCall
  } // end namespace rmi
} // end namespace sidlx

extern "C" {


#pragma weak sidlx_rmi_SimCall__connectI

  /**
   * RMI connector function for the class. (no addref)
   */
  struct sidlx_rmi_SimCall__object*
  sidlx_rmi_SimCall__connectI(const char * url, sidl_bool ar, struct 
    sidl_BaseInterface__object **_ex);


} // end extern "C"
namespace sidl {
  // traits specialization
  template<>
  struct array_traits< ::sidlx::rmi::SimCall > {
    typedef array< ::sidlx::rmi::SimCall > cxx_array_t;
    typedef ::sidlx::rmi::SimCall cxx_item_t;
    typedef struct sidlx_rmi_SimCall__array ior_array_t;
    typedef sidl_interface__array ior_array_internal_t;
    typedef struct sidlx_rmi_SimCall__object ior_item_t;
    typedef cxx_item_t value_type;
    typedef value_type reference;
    typedef value_type* pointer;
    typedef const value_type const_reference;
    typedef const value_type* const_pointer;
    typedef array_iter< array_traits< ::sidlx::rmi::SimCall > > iterator;
    typedef const_array_iter< array_traits< ::sidlx::rmi::SimCall > > 
      const_iterator;
  };

  // array specialization
  template<>
  class array< ::sidlx::rmi::SimCall >: public interface_array< array_traits< 
    ::sidlx::rmi::SimCall > > {
  public:
    typedef interface_array< array_traits< ::sidlx::rmi::SimCall > > Base;
    typedef array_traits< ::sidlx::rmi::SimCall >::cxx_array_t          
      cxx_array_t;
    typedef array_traits< ::sidlx::rmi::SimCall >::cxx_item_t           
      cxx_item_t;
    typedef array_traits< ::sidlx::rmi::SimCall >::ior_array_t          
      ior_array_t;
    typedef array_traits< ::sidlx::rmi::SimCall >::ior_array_internal_t 
      ior_array_internal_t;
    typedef array_traits< ::sidlx::rmi::SimCall >::ior_item_t           
      ior_item_t;

    /**
     * conversion from ior to C++ class
     * (constructor/casting operator)
     */
    array( struct sidlx_rmi_SimCall__array* src = 0) : Base(src) {}

    /**
     * copy constructor
     */
    array( const array< ::sidlx::rmi::SimCall >&src) : Base(src) {}

    /**
     * assignment
     */
    array< ::sidlx::rmi::SimCall >&
    operator =( const array< ::sidlx::rmi::SimCall >&rhs ) { 
      if (d_array != rhs._get_baseior()) {
        if (d_array) deleteRef();
        d_array = const_cast<sidl__array *>(rhs._get_baseior());
        if (d_array) addRef();
      }
      return *this;
    }

  };
}

#ifndef included_sidlx_rmi_Socket_hxx
#include "sidlx_rmi_Socket.hxx"
#endif
#endif