Inheritance diagram for IParcel:

Public Types
enum	{ kDefaultIID = IID_IPARCEL }

Public Member Functions
virtual IParcelList *	QueryParcelList () const =0

virtual ParcelKey	GetParcelKey () const =0

virtual IParcelContainer *	QueryParcelContainer () const =0

virtual PMRect	GetBounds () const =0

virtual UID	GetFrameUID () const =0

virtual ITextFrameColumn *	QueryFrame () const =0

virtual PMMatrix	GetToFrameMatrix () const =0

virtual bool16	GetAcceptingPendingInvals () const =0

virtual void	AddPendingInval (const PMRect &inval)=0

Public Member Functions inherited from IPMUnknown
virtual IPMUnknown *	QueryInterface (PMIID interfaceID) const =0

virtual void	AddRef () const =0

virtual void	Release () const =0

Member Function Documentation

virtual bool16 IParcel::GetAcceptingPendingInvals ( ) const

pure virtual

GetAcceptingPendingInvals()

Returns kTrue if the Parcel is accepting PendingInval rectangles, kFalse if not.

virtual PMRect IParcel::GetBounds ( ) const

pure virtual

Bounds are expressed in the "Content" coordinate system of the Parent Parcel. A child Parcel which uses the same coordinate system of that of the Parent Parcel Content would return the Identity Matrix.

The actual shape within the Parcel is not available through this interface, however we give you some hints about the net content area. The idea here is that there could be some insets within the Parcel that make the actual content area smaller. Typically the GetBounds() and GetNetContentAreaBounds() return the same values.

virtual UID IParcel::GetFrameUID ( ) const

pure virtual

Every Parcel is anchored at some point within a TextFrame.

virtual IParcelContainer* IParcel::QueryParcelContainer ( ) const

pure virtual

The ParcelContainer provides context that relates us to other Parcels.

virtual IParcelList* IParcel::QueryParcelList ( ) const

pure virtual

Our ParcelList and our place in it.

Public Types

Public Member Functions

Member Function Documentation