CObject*& operator []( int nIndex );
CObject* operator []( int nIndex ) const;
Remarks
These subscript operators are a convenient substitute for the SetAt and GetAt functions.
The first operator, called for arrays that are not const, may be used on either the right (r-value) or the left (l-value) of an assignment statement. The second, called for const arrays, may be used only on the right.
The Debug version of the library asserts if the subscript (either on the left or right side of an assignment statement) is out of bounds.
The following table shows other operators that are similar to CObArray::operator [].
| Class | Operator |
| CByteArray | BYTE& operator []( int nIndex ); BYTE operator []( int nIndex ) const; |
| CDWordArray | DWORD& operator []( int nIndex ); DWORD operator []( int nIndex ) const; |
| CPtrArray | void*& operator []( int nIndex ); void* operator []( int nIndex ) const; |
| CStringArray | CString& operator []( int nIndex ); CString operator []( int nIndex ) const; |
| CUIntArray | UINT& operator []( int nIndex ); UINT operator []( int nIndex ) const; |
| CWordArray | WORD& operator []( int nIndex ); WORD operator []( int nIndex ) const; |
Example
See CObList::CObList for a listing of the CAge class used in all collection examples.
// example for CObArray::operator []
CObArray array;
CAge* pa;
array.Add( new CAge( 21 ) ); // Element 0
array.Add( new CAge( 40 ) ); // Element 1
pa = (CAge*)array[0]; // Get element 0
ASSERT( *pa == CAge( 21 ) ); // Get element 0
array[0] = new CAge( 30 ); // Replace element 0
delete pa;
ASSERT( *(CAge*) array[0] == CAge( 30 ) ); // Get new element 0
CObArray Overview | Class Members | Hierarchy Chart
See Also CObArray::GetAt, CObArray::SetAt