// @(#)root/meta:$Id$ // Author: Fons Rademakers 20/06/96 /************************************************************************* * Copyright (C) 1995-2000, Rene Brun and Fons Rademakers. * * All rights reserved. * * * * For the licensing terms see $ROOTSYS/LICENSE. * * For the list of contributors see $ROOTSYS/README/CREDITS. * *************************************************************************/ #ifndef ROOT_TDictionary #define ROOT_TDictionary ////////////////////////////////////////////////////////////////////////// // // // TDictionary // // // // This class defines an abstract interface that must be implemented // // by all classes that contain dictionary information. // // // // The dictionary is defined by the followling classes: // // TDataType (typedef definitions) // // TGlobal (global variables) // // TFunction (global functions) // // TClass (classes) // // TBaseClass (base classes) // // TDataMember (class datamembers) // // TMethod (class methods) // // TMethodArg (method arguments) // // // // All the above classes implement the TDictionary abstract interface // // (note: the indentation shows aggregation not inheritance). // // The ROOT dictionary system provides a very extensive RTTI // // environment that facilitates a.o. object inspectors, object I/O, // // ROOT Trees, etc. Most of the type information is provided by the // // CINT C++ interpreter. // // // // TMethodCall (method call environment) // // // ////////////////////////////////////////////////////////////////////////// #ifndef ROOT_TNamed #include "TNamed.h" #endif #include "Property.h" typedef void CallFunc_t; typedef void ClassInfo_t; typedef void BaseClassInfo_t; typedef void DataMemberInfo_t; typedef void MethodInfo_t; typedef void MethodArgInfo_t; typedef void MethodArgInfo_t; typedef void TypeInfo_t; typedef void TypedefInfo_t; #ifndef ROOT_ESTLType #include "ESTLType.h" #endif enum EProperty { kIsClass = G__BIT_ISCLASS, kIsStruct = G__BIT_ISSTRUCT, kIsUnion = G__BIT_ISUNION, kIsEnum = G__BIT_ISENUM, kIsNamespace = G__BIT_ISNAMESPACE, kIsTypedef = G__BIT_ISTYPEDEF, kIsFundamental = G__BIT_ISFUNDAMENTAL, kIsAbstract = G__BIT_ISABSTRACT, kIsVirtual = G__BIT_ISVIRTUAL, kIsPureVirtual = G__BIT_ISPUREVIRTUAL, kIsPublic = G__BIT_ISPUBLIC, kIsProtected = G__BIT_ISPROTECTED, kIsPrivate = G__BIT_ISPRIVATE, kIsPointer = G__BIT_ISPOINTER, kIsArray = G__BIT_ISARRAY, kIsStatic = G__BIT_ISSTATIC, kIsUsingVariable= G__BIT_ISUSINGVARIABLE, kIsDefault = G__BIT_ISDEFAULT, kIsReference = G__BIT_ISREFERENCE, kIsConstant = G__BIT_ISCONSTANT, kIsConstPointer = G__BIT_ISPCONSTANT, kIsMethConst = G__BIT_ISMETHCONSTANT }; class TDictionary : public TNamed { public: TDictionary() { } TDictionary(const char* name): TNamed(name, "") { } virtual ~TDictionary() { } virtual Long_t Property() const = 0; static TDictionary* GetDictionary(const char* name); static TDictionary* GetDictionary(const type_info &typeinfo); // Type of STL container (returned by IsSTLContainer). enum ESTLType { kNone = ROOT::kNotSTL, kVector = ROOT::kSTLvector, kList = ROOT::kSTLlist, kDeque = ROOT::kSTLdeque, kMap = ROOT::kSTLmap, kMultimap = ROOT::kSTLmultimap, kSet = ROOT::kSTLset, kMultiset = ROOT::kSTLmultiset, kBitset = ROOT::kSTLbitset }; ClassDef(TDictionary,0) //ABC defining interface to dictionary }; #endif