OFutureRef
![]() | create () Creates the underlying future |
![]() | dataValid () Declare the data stored in the future as valid |
![]() | getData () Access the data stored within the future |
![]() | getDataPtr () Get a pointer to the data stored within the future |
![]() | OFutureRef (OFutureRef Overload copy-constr. to implement ref-counting. |
![]() | OFutureRef () Creates an "empty" reference, use "create()" or assignment/copy-operator to make it a valid reference |
![]() | operator T () Access the data stored within the future |
![]() | operator= (OFutureRef Overload assignment-operator to implement ref-counting. |
![]() | operator= (const T& data) Assign data to the future |
![]() | setData (const T& data) Assign data to the future |
![]() | ~OFutureRef () decreases ref-count of underlying future |
OFutureRef
OFutureRef(OFutureRef
~OFutureRef()
OFutureRef
void create()
void setData(const T& data)
const T& operator= (const T& data)
operator T()
T getData()
T* getDataPtr()
void dataValid()
this page has been generated automatically by doc++
(c)opyright by Malte Zöckler, Roland Wunderling
contact: doc++@zib.de