This class template can be used to protect a heap-allocated array of objects of type T such that the managed array is automatically deallocated when the management object is destroyed.

The default cleanup strategy is to deallocate the managed array using arrray delete (delete[]), assuming that the array is heap-allocated. An alternative cleanup strategy can be selected by specifying a cleanup strategy template class as the optional second template argument (corresponding to the CleanupStrategy template parameter).

The constructors of this class never leave, so data members defined with this type may be initialized safely during any phase of construction of the owning class.

As a convenience, the elements of the managed array may be accessed via "[]" notation directly on the management object.

Automatic cleanup may be disabled at any time by calling Unmanage(), while cleanup may be forced at any time by calling ReleaseResource().

   class CComposite : public CBase
	   {
	 public:
	   CONSTRUCTORS_MAY_LEAVE

	   CComposite()
		   : iComponents(new(ELeave) CComponent[KNumComponents])
		   {
		   //...
		   }

	   ~CComposite()
		   {
		   // the array is automatically deleted
		   }

	 private:
	   LManagedArray<CComponent> iComponents;
	   };

Behind the scenes, this class template simply relies on reliable execution of its destructor. If used for a local variable rather than a data member, cleanup will occur but out-of-order compared to objects protected using the LCleanupXxx variants or the CleanupStack directly. Therefore it is not recommended for use in that context.

These management classes may be used as the basis for implementing leave-safe single-phase construction, since fully initialized data members protected in this way will get destroyed (so reliably triggering cleanup) if their containing classes leave during execution of their constructors. Note, however, that single-phase construction must be explicitly enabled in the containing class using the CONSTRUCTORS_MAY_LEAVE macro.

This class template together with the cleanup strategy class templates provide a template-based implementation of the Strategy design pattern (See also: Policy-based design).

LCleanedupArray which has the same interface, but uses the cleanup stack and is suitable for protecting locals

CONSTRUCTORS_MAY_LEAVE