pointer.hh
Go to the documentation of this file.00001 /* -*- C++ -*- 00002 * $Id: pointer.hh 1004 2005-10-10 12:55:33Z sjoyeux $ 00003 */ 00004 #ifndef UTILMM_SMART_POINTER_HEADER 00005 # define UTILMM_SMART_POINTER_HEADER 00006 #include "utilmm/config/config.h" 00007 00008 # include <stdexcept> 00009 00010 #include "utilmm/singleton/use.hh" 00011 00012 namespace utilmm { 00019 namespace smart { 00020 00029 class null_access :public std::runtime_error { 00030 public: 00035 null_access(std::string const &message) 00036 : std::runtime_error(message) {} 00037 }; // class utilmm::smart::null_access 00038 00051 template<class Manager> 00052 class pointer { 00053 private: 00054 singleton::use<Manager> manager; 00055 00056 public: 00061 typedef typename Manager::base_type base_type; 00067 typedef base_type *pointer_type; 00073 typedef base_type &reference_type; 00074 00086 explicit pointer(pointer_type ptr=0); 00095 pointer(pointer const &other); 00096 00103 ~pointer(); 00104 00123 void reset(pointer_type ptr=0); 00124 00131 void swap(pointer &other); 00132 00142 pointer &operator= (pointer const &other); 00143 00151 bool null() const; 00159 bool operator! () const; 00160 00170 bool operator==(pointer const &other) const; 00179 bool operator!=(pointer const &other) const; 00180 00190 pointer_type operator->() const; 00198 reference_type operator* () const; 00199 00200 private: 00201 typename Manager::mem_cell pointee; 00202 }; // class utilmm::smart::pointer<> 00203 00204 } // namespace utilmm::smart 00205 } // namespace utilmm 00206 00207 # define IN_UTILMM_SMART_POINTER_HEADER 00208 #include "utilmm/smart/bits/pointer.tcc" 00209 # undef IN_UTILMM_SMART_POINTER_HEADER 00210 #endif // UTILMM_SMART_POINTER_HEADER 00211