 |
MAK RTIspy API Documentation for HLA Evolved
|
|
MAK RTIspy API Documentation for HLA Evolved
|
00001 /*********************************************************************** 00002 The IEEE hereby grants a general, royalty-free license to copy, distribute, 00003 display and make derivative works from this material, for all purposes, 00004 provided that any use of the material contains the following 00005 attribution: "Reprinted with permission from IEEE 1516.1(TM)-2010". 00006 Should you require additional information, contact the Manager, Standards 00007 Intellectual Property, IEEE Standards Association (stds-ipr@ieee.org). 00008 ***********************************************************************/ 00009 /*********************************************************************** 00010 IEEE 1516.1 High Level Architecture Interface Specification C++ API 00011 File: RTI/Handle.h 00012 ***********************************************************************/ 00013 00014 #ifndef RTI_Handle_h 00015 #define RTI_Handle_h 00016 00017 #include <RTI/SpecificConfig.h> 00018 #include <RTI/Exception.h> 00019 #include <RTI/VariableLengthData.h> 00020 #include <string> 00021 00022 // The following macro is used to define each of the Handle classes 00023 // that are used by the RTI's API, e.g. AttributeHandle, ParameterHandle, etc. 00024 // Each kind of handle contains the same set of operators and functions, but 00025 // each is a separate class for type safety. The encode method can be used to 00026 // generate an encoded value for a handle, that can be sent to other federates 00027 // as an attribute or parameter. (Use RTIambassador functions to reconstruct a 00028 // handle from an encoded value). RTI implementations contain definitions 00029 // for each kind of the HandleKindImplementation classes (e.g. 00030 // AttributeHandleImplementation), but these classes are not needed by 00031 // federate code. 00032 00033 #define DEFINE_HANDLE_CLASS(HandleKind) \ 00034 \ 00035 /* Forward declaration for the RTI-internal class */ \ 00036 /* used to implement a specific kind of handle */ \ 00037 class HandleKind##Implementation; \ 00038 \ 00039 /* Each handle class generated by this macro provides the */ \ 00040 /* following interface */ \ 00041 class RTI_EXPORT HandleKind \ 00042 { \ 00043 public: \ 00044 \ 00045 /* Constructs an invalid handle */ \ 00046 HandleKind (); \ 00047 \ 00048 ~HandleKind () \ 00049 throw(); \ 00050 \ 00051 HandleKind ( \ 00052 HandleKind const & rhs); \ 00053 \ 00054 HandleKind & operator= ( \ 00055 HandleKind const & rhs); \ 00056 \ 00057 /* Indicates whether this handle is valid */ \ 00058 bool isValid () const; \ 00059 \ 00060 /* All invalid handles are equivalent */ \ 00061 bool operator== ( \ 00062 HandleKind const & rhs) const; \ 00063 \ 00064 bool operator!= ( \ 00065 HandleKind const & rhs) const; \ 00066 \ 00067 bool operator< ( \ 00068 HandleKind const & rhs) const; \ 00069 \ 00070 /* Generate a hash value for use in storing handles in a */ \ 00071 /* in a hash table. */ \ 00072 /* Note: The hash value may not be unique across two */ \ 00073 /* separate handle values but it will be equal given two */ \ 00074 /* separate instances of the same handle value. */ \ 00075 /* H1 == H2 implies H1.hash() == H2.hash() */ \ 00076 /* H1 != H2 does not imply H1.hash() != H2.hash() */ \ 00077 long hash () const; \ 00078 \ 00079 /* Generate an encoded value that can be used to send */ \ 00080 /* handles to other federates in updates or interactions. */ \ 00081 VariableLengthData encode () const; \ 00082 \ 00083 /* Encode into an existing VariableLengthData */ \ 00084 void encode (VariableLengthData& buffer) const; \ 00085 \ 00086 /* Alternate encode for directly filling a buffer */ \ 00087 size_t encode ( \ 00088 void* buffer, \ 00089 size_t bufferSize) const \ 00090 throw (CouldNotEncode); \ 00091 \ 00092 size_t encodedLength () const; \ 00093 \ 00094 std::wstring toString () const; \ 00095 \ 00096 protected: \ 00097 \ 00098 /* Friend declaration for an RTI-internal class that */ \ 00099 /* can access the implementation of a handle. */ \ 00100 friend class HandleKind##Friend; \ 00101 \ 00102 const HandleKind##Implementation* getImplementation () const; \ 00103 \ 00104 HandleKind##Implementation* getImplementation (); \ 00105 \ 00106 explicit HandleKind ( \ 00107 HandleKind##Implementation* impl); \ 00108 \ 00109 explicit HandleKind ( \ 00110 VariableLengthData const & encodedValue); \ 00111 \ 00112 HandleKind##Implementation* _impl; \ 00113 \ 00114 }; \ 00115 \ 00116 /* Output operator for Handles */ \ 00117 std::wostream RTI_EXPORT & \ 00118 operator<< ( \ 00119 std::wostream &, \ 00120 HandleKind const &); 00121 00122 00123 namespace rti1516e 00124 { 00125 00126 // All of the RTI API's Handle classes are defined 00127 // by invoking the macro above. 00128 DEFINE_HANDLE_CLASS(FederateHandle) 00129 DEFINE_HANDLE_CLASS(ObjectClassHandle) 00130 DEFINE_HANDLE_CLASS(InteractionClassHandle) 00131 DEFINE_HANDLE_CLASS(ObjectInstanceHandle) 00132 DEFINE_HANDLE_CLASS(AttributeHandle) 00133 DEFINE_HANDLE_CLASS(ParameterHandle) 00134 DEFINE_HANDLE_CLASS(DimensionHandle) 00135 DEFINE_HANDLE_CLASS(MessageRetractionHandle) 00136 DEFINE_HANDLE_CLASS(RegionHandle) 00137 00138 } 00139 00140 #endif // RTI_Handle_h 00141