Taxonomy Categories:
Member Functions:
Interface Category:
API.
Inherits From:
TSequenceOfIterator
Inherited By:
None.
Purpose:
TDequeOfIterator is a template class that you can use to iterate over the objects in a TDequeOf. TDequeOfIterator inherits several operators from TIteratorOver and TSequenceOfIterator for accessing objects in the collection.
Instantiation:
Allocate on the heap or the stack.
Deriving Classes:
Do not derive any classes from TDequeOfIterator.
Concurrency:
Not multithread safe.
Resource Use:
No special requirements.
Other Considerations:
None.
virtual ~ TDequeOfIterator ()
Interface Category:
API.
Purpose:
Destructor.
Calling Context:
Call this function directly to destroy an object.
Parameters:
Return Value:
None.
Exceptions:
Throws no exceptions, passes all exceptions through.
Concurrency:
Not multithread safe.
Other Considerations:
None.
- TDequeOfIterator (const TDequeOf < AType
* dequeOf)
- TDequeOfIterator ()
- TDequeOfIterator (const TDequeOfIterator < AType > &)
Interface Category:
API.
Purpose:
- Creates an iterator for the specified object.
- Default constructor. Protected member. Unused.
- Copy constructor. Protected member. Unused.
Calling Context:
- Call this function directly to create an iterator for the specified object.
- Call this function directly by the stream-in operators and anywhere the creation of a TDequeOfIterator is desired.
- Call this function directly to copy an object.
Parameters:
- const TDequeOf < AType > * dequeOf -The object to iterate over.
- Takes no parameters.
- const TDequeOfIterator < AType > & -The object to be copied.
Return Value:
None.
Exceptions:
Throws no exceptions, passes all exceptions through.
Concurrency:
Not multithread safe.
Other Considerations:
None.
const TDequeOfIterator < AType > & operator =(const TDequeOfIterator < AType > &)
Interface Category:
API.
Purpose:
Assignment operator.
Calling Context:
Protected member. Unused.
Parameters:
Return Value:
Currently returns a reference to this object.
Exceptions:
Throws no exceptions, passes all exceptions through.
Concurrency:
Not multithread safe.
Other Considerations:
None.
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