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STEPattribute.inline.cc
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136 lines (115 loc) · 3.91 KB
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/*
* NIST STEP Core Class Library
* clstepcore/STEPattribute.inline.cc
* April 1997
* K. C. Morris
* David Sauder
* Development of this software was funded by the United States Government,
* and is not subject to copyright.
*/
#include <assert.h>
#include <STEPattribute.h>
#include <sdai.h>
#include <ExpDict.h>
#include "sc_memmgr.h"
/// This is needed so that STEPattribute's can be passed as references to inline functions
STEPattribute::STEPattribute( const STEPattribute & a )
: _derive( 0 ), _redefAttr( 0 ), aDesc( a.aDesc ), refCount( 0 ) {}
/// INTEGER
STEPattribute::STEPattribute( const class AttrDescriptor & d, SDAI_Integer * p )
: _derive( 0 ), _redefAttr( 0 ), aDesc( &d ), refCount( 0 ) {
ptr.i = p;
assert( &d ); //ensure that the AttrDescriptor is not a null pointer
}
/// BINARY
STEPattribute::STEPattribute( const class AttrDescriptor & d, SDAI_Binary * p )
: _derive( 0 ), _redefAttr( 0 ), aDesc( &d ), refCount( 0 ) {
ptr.b = p;
assert( &d ); //ensure that the AttrDescriptor is not a null pointer
}
/// STRING
STEPattribute::STEPattribute( const class AttrDescriptor & d, SDAI_String * p )
: _derive( 0 ), _redefAttr( 0 ), aDesc( &d ), refCount( 0 ) {
ptr.S = p;
assert( &d ); //ensure that the AttrDescriptor is not a null pointer
}
/// REAL & NUMBER
STEPattribute::STEPattribute( const class AttrDescriptor & d, SDAI_Real * p )
: _derive( 0 ), _redefAttr( 0 ), aDesc( &d ), refCount( 0 ) {
ptr.r = p;
assert( &d ); //ensure that the AttrDescriptor is not a null pointer
}
/// ENTITY
STEPattribute::STEPattribute( const class AttrDescriptor & d,
SDAI_Application_instance * *p )
: _derive( 0 ), _redefAttr( 0 ), aDesc( &d ), refCount( 0 ) {
ptr.c = p;
assert( &d ); //ensure that the AttrDescriptor is not a null pointer
}
/// AGGREGATE
STEPattribute::STEPattribute( const class AttrDescriptor & d, STEPaggregate * p )
: _derive( 0 ), _redefAttr( 0 ), aDesc( &d ), refCount( 0 ) {
ptr.a = p;
assert( &d ); //ensure that the AttrDescriptor is not a null pointer
}
/// ENUMERATION and Logical
STEPattribute::STEPattribute( const class AttrDescriptor & d, SDAI_Enum * p )
: _derive( 0 ), _redefAttr( 0 ), aDesc( &d ), refCount( 0 ) {
ptr.e = p;
assert( &d ); //ensure that the AttrDescriptor is not a null pointer
}
/// SELECT
STEPattribute::STEPattribute( const class AttrDescriptor & d,
class SDAI_Select * p )
: _derive( 0 ), _redefAttr( 0 ), aDesc( &d ), refCount( 0 ) {
ptr.sh = p;
assert( &d ); //ensure that the AttrDescriptor is not a null pointer
}
/// UNDEFINED
STEPattribute::STEPattribute( const class AttrDescriptor & d, SCLundefined * p )
: _derive( 0 ), _redefAttr( 0 ), aDesc( &d ), refCount( 0 ) {
ptr.u = p;
assert( &d ); //ensure that the AttrDescriptor is not a null pointer
}
/// name is the same even if redefined
const char * STEPattribute::Name() const {
return aDesc->Name();
}
const char * STEPattribute::TypeName() const {
if( _redefAttr ) {
return _redefAttr->TypeName();
}
return aDesc->TypeName();
}
BASE_TYPE STEPattribute::Type() const {
if( _redefAttr ) {
return _redefAttr->Type();
}
return aDesc->Type();
}
BASE_TYPE STEPattribute::NonRefType() const {
if( _redefAttr ) {
return _redefAttr->NonRefType();
} else if( aDesc ) {
return aDesc->NonRefType();
}
return UNKNOWN_TYPE;
}
BASE_TYPE STEPattribute::BaseType() const {
if( _redefAttr ) {
return _redefAttr->BaseType();
}
return aDesc->BaseType();
}
const TypeDescriptor * STEPattribute::ReferentType() const {
if( _redefAttr ) {
return _redefAttr->ReferentType();
}
return aDesc->ReferentType();
}
int STEPattribute::Nullable() const {
if( _redefAttr ) {
return _redefAttr->Nullable();
}
return ( aDesc->Optionality().asInt() == LTrue );
}