Array storage with templated static or dynamic size, and without reference counting. More...
#include <geomc/Storage.h>
Inheritance diagram for UniqueStorage< T, N >:
Public Member Functions | |
| UniqueStorage () | |
Construct a new UniqueStorage of size N. (Static size only). | |
| UniqueStorage (index_t n) | |
Construct a new UniqueStorage of size n. n is ignored if the array size is not dynamic. | |
| UniqueStorage (index_t n, const T *srcdata) | |
Construct a new UniqueStorage of size n, and copy n elements from srcdata into the new array. | |
| T * | get () |
| Return a pointer to the first element in the storage array. | |
| const T * | get () const |
| Return a pointer to the first (const) element in the storage array. | |
| index_t | size () const |
| Return the number of elements in the array. | |
| T & | operator[] (index_t i) |
Return a reference to the ith element in the array. | |
| T | operator[] (index_t i) const |
Return the ith element in the array. | |
Public Attributes | |
| T | data [N] |
| Data array. | |
Detailed Description
template<typename T, index_t N>
struct geom::UniqueStorage< T, N >
struct geom::UniqueStorage< T, N >
Array storage with templated static or dynamic size, and without reference counting.
Copy constructions and assignments of will result in a duplication of the underlying array. (If c++11 support is enabled, then move assignments and constructions of dynamically-sized arrays will be lightweight).
Statically-sized instances use local member arrays (as opposed to heap-allocated ones), so stack-allocated UniqueStorages will also allocate their underlying arrays on the stack.
- Template Parameters
-
T Element type. N Size of the array, or 0 for dynamic size.
#include <geomc/Storage.h>
The documentation for this struct was generated from the following file:
- geomc/Storage.h
