an BGInteger( signed_32 value, type_def *tipe )
/**************************************************/
{
float_handle cf;
if( tipe->attr & TYPE_SIGNED ) {
cf = CFCnvI32F( value );
} else {
cf = CFCnvU32F( value );
}
return( MakeConst( cf, tipe ) );
}
extern void AdjustConsts( type_length size ) {
/*************************************************
There were some instructions left in HeadBlock of the form
MOV const => temp, to be used to get access to parms/autos that aren't
addressable with a register +- 4K. Once we have figured out exactly
where all our temporaries are going to be, we know what to set
these constants to.
*/
name *cons;
for( cons = Names[ N_CONSTANT ]; cons != NULL; cons = cons->n.next_name ) {
if( cons->c.const_type == CONS_OFFSET ) {
cons->c.const_type = CONS_ABSOLUTE;
cons->c.int_value *= _4K;
cons->c.int_value += size;
cons->c.value = CFCnvU32F( cons->c.int_value );
}
}
}
instruction *MoveConst( unsigned_32 value, name *result, type_class_def type_class )
/**********************************************************************************/
{
return( MakeMove( AllocConst( CFCnvU32F( value ) ), result, type_class ) );
}