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BDE 4.39.x Production Release
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#include <ball_attributecontainerlist.h>
This class provides an STL-style iterator over a sequence of AttributeContainer object addresses. The behavior of the operator* method is undefined unless the iterator is at a valid position in the sequence of AttributeContainer object addresses (i.e., not the "end") and the referenced element has not been removed since the iterator was constructed.
Public Member Functions | |
| AttributeContainerListIterator () | |
| AttributeContainerListIterator (const AttributeContainerListIterator &original) | |
| AttributeContainerListIterator (AttributeContainerList_Node *position) | |
| ~AttributeContainerListIterator ()=default | |
| AttributeContainerListIterator & | operator= (const AttributeContainerListIterator &rhs) |
| AttributeContainerListIterator | operator++ (int) |
| AttributeContainerListIterator | operator++ () |
| const AttributeContainer * | operator* () const |
| bool | valid () const |
Friends | |
| class | AttributeContainerList |
| bool | operator== (const AttributeContainerListIterator &, const AttributeContainerListIterator &) |
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inline |
Create an uninitialized iterator.
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inline |
Create an iterator having the same value as the specified original one.
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inline |
Create an iterator at the specified position.
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default |
Destroy this object.
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inline |
Return the address of the non-modifiable attribute container at which this iterator is positioned.
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inline |
Advance this iterator to the next attribute container in the list and return the value of the iterator prior to this method call.
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inline |
Advance this iterator to the next attribute container in the list and return the value of this iterator.
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inline |
Assign this iterator the value of the specified rhs and return a modifiable reference to this iterator.
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inline |
Return true if this iterator is at a valid position in the sequence of AttributeContainer addresses and false otherwise.
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friend |
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friend |
Return true if the specified lhs and the specified rhs iterators have the same value and false otherwise. Two iterators have the same value if they refer to the same position in the same list, or if both iterators are at an invalid position in the list (i.e., the "end" of the list, or the default constructed value).