detail::resource_region< AddressT > Struct Template Reference
Generic resource region for I/O space or I/O memory regions without constructors to allow static (array) construction. More...
#include <resource_region.hpp>
Inheritance diagram for detail::resource_region< AddressT >:
Collaboration diagram for detail::resource_region< AddressT >:
Public Types | |
| typedef AddressT | address_type |
Public Member Functions | |
| resource_region & | operator() (const AddressT base, const AddressT size=AddressT(1)) |
| bool | is_empty (void) const |
| Determines whether this I/O region is empty (size == 0). | |
| bool | equals (const AddressT base, const AddressT size=AddressT(1)) const |
| Determines whether the specified range is exactly this I/O region. | |
| bool | contains (const AddressT base, const AddressT size=AddressT(1)) const |
| Determines whether the specified range lies inside this I/O region. | |
| bool | contains (const resource_region &other) const |
| Determines whether the specified region lies inside this I/O region. | |
| bool | overlaps (const AddressT base, const AddressT size=AddressT(1)) const |
| Determines whether the specified range overlaps this I/O region. | |
| bool | overlaps (const resource_region &other) const |
| Determines whether the specified region overlaps this I/O region. | |
| const resource_region | disjunct (const AddressT base, const AddressT size=AddressT(1)) const |
| Returns the disjunction of this I/O region and the specified range. | |
| const resource_region | conjunct (const AddressT base, const AddressT size=AddressT(1)) const |
| Returns the conjunction of this I/O region and the specified range. | |
| template<typename FormatT> | |
| int | print (const char *prefix="", const char *suffix="") const |
| Prints this I/O region's base, end, and size. | |
| int | print (const char *prefix="", const char *suffix="") const |
| Prints this I/O region's base, end, and size. | |
Public Attributes | |
| AddressT | base |
| This I/O region's base address/port number. | |
| AddressT | size |
| This I/O region's size. | |
Friends | |
| bool | operator== (const resource_region &r1, const resource_region &r2) |
| Determines whether the specified I/O regions are equal. | |
| const resource_region | operator| (const resource_region &r1, const resource_region &r2) |
| Returns the disjunction of the specified I/O regions. | |
| const resource_region | operator & (const resource_region &r1, const resource_region &r2) |
| Returns the conjunction of the specified I/O regions. | |
Detailed Description
template<typename AddressT>
struct detail::resource_region< AddressT >
Generic resource region for I/O space or I/O memory regions without constructors to allow static (array) construction. Member Function Documentation
template<typename AddressT>
| const resource_region detail::resource_region< AddressT >::disjunct | ( | const AddressT | base, | |
| const AddressT | size = AddressT(1) | |||
| ) | const [inline] |
Returns the disjunction of this I/O region and the specified range.
Returns the convex hull, if the ranges don't overlap.
template<typename AddressT>
| const resource_region detail::resource_region< AddressT >::conjunct | ( | const AddressT | base, | |
| const AddressT | size = AddressT(1) | |||
| ) | const [inline] |
Returns the conjunction of this I/O region and the specified range.
Returns the empty region (size == 0), if the regions don't overlap.
Friends And Related Function Documentation
template<typename AddressT>
| const resource_region operator| | ( | const resource_region< AddressT > & | r1, | |
| const resource_region< AddressT > & | r2 | |||
| ) | [friend] |
Returns the disjunction of the specified I/O regions.
Returns the convex hull, if the regions don't overlap.
template<typename AddressT>
| const resource_region operator & | ( | const resource_region< AddressT > & | r1, | |
| const resource_region< AddressT > & | r2 | |||
| ) | [friend] |
Returns the conjunction of the specified I/O regions.
Returns the empty region (size == 0), if the regions don't overlap.
The documentation for this struct was generated from the following file: