An EntityPointerLevel represents a level of the declared pointer/array type of an entity. More...

#include "clang/Analysis/Scalable/Analyses/UnsafeBufferUsage/UnsafeBufferUsage.h"

Classes
struct	Comparator

Public Member Functions
EntityId	getEntity () const
unsigned	getPointerLevel () const
bool	operator== (const EntityPointerLevel &Other) const
bool	operator!= (const EntityPointerLevel &Other) const
bool	operator< (const EntityPointerLevel &Other) const

Friends
class	UnsafeBufferUsageTUSummaryBuilder
class	UnsafeBufferUsageEntitySummary

Detailed Description

An EntityPointerLevel represents a level of the declared pointer/array type of an entity.

In the fully-expanded spelling of the declared type, a EntityPointerLevel is associated with a '*' (or a '[]`) in that declaration.

For example, for 'int *p[10];', there are two EntityPointerLevels. One is associated with 'int *[10]' of 'p' and the other is associated with 'int *' of 'p'.

An EntityPointerLevel can be identified by an EntityId and an unsigned integer indicating the pointer level: '(EntityId, PointerLevel)'. An EntityPointerLevel 'P' is valid iff

'P.EntityId' has a pointer type with at least 'P.PointerLevel' levels (This implies 'P.PointerLevel > 0');
'P.EntityId' identifies an lvalue object and 'P.PointerLevel == 0'. The latter case represents address-of expressions.

For the same example 'int *p[10];', the EntityPointerLevels below are valid: '(p, 1)' is associated with 'int *[10]' of 'p'; '(p, 2)' is associated with 'int *' of 'p'; '(p, 0)' represents '&p'.

Definition at line 40 of file UnsafeBufferUsage.h.