PInts Class Reference

Unused. Originally pint and pints were supposed to be unsigned and signed integers. Now pint is a signed integer. More...

#include <types.h>

Inheritance diagram for PInts:

Private Member Functions
const char *	getName ()
	destructor
Type *	Expand (ActNamespace *, Scope *, int, inst_param *)
int	isEqual (const Type *t) const

Additional Inherited Members
Public Types inherited from Type
enum	direction {   NONE = 0 , IN = 1 , OUT = 2 , INOUT = 3 ,   OUTIN = 4 }
Public Member Functions inherited from Type
	Type ()
	~Type ()
	constructor
virtual const char *	getName ()=0
	destructor
virtual Type *	Expand (ActNamespace *ns, Scope *s, int nt, inst_param *ip)=0
virtual int	isEqual (const Type *t) const =0
Static Public Member Functions inherited from Type
static void	Init ()
static const char *	dirstring (direction d)

Detailed Description

Unused. Originally pint and pints were supposed to be unsigned and signed integers. Now pint is a signed integer.

Member Function Documentation

Expand()

Type * PInts::Expand ( ActNamespace *  ns, Scope *  s, int  nt, inst_param *  ip  )

inlineprivatevirtual

This is used to expand the type, substituting any template parameters. These parameters are used for templated built-in types like int<>, chan(), and ptype().

Parameters

ns	is the namespace
s	is the evaluation scope
nt	are the number of template parameters for this type
ip	is the parameter name

Returns

an expanded type

Implements Type.

getName()

const char * PInts::getName ( )

inlineprivatevirtual

destructor

Returns

a string corresponding to the full type name for the specified type. This should not be free'd.

Implements Type.

isEqual()

int PInts::isEqual ( const Type *  t ) const

inlineprivatevirtual

Check if two types are equal to each other.

Parameters

t	is the type to compare against

Returns

the result of comparing two types

Implements Type.

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The documentation for this class was generated from the following file:

• act/types.h