c_qualifiers.cpp

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/*******************************************************************\
 
Module:
 
Author: Daniel Kroening, kroening@kroening.com
 
\*******************************************************************/
 
#include "c_qualifiers.h"
 
#include <util/type.h>
 
c_qualifierst &c_qualifierst::operator=(const c_qualifierst &other)
{
  is_constant = other.is_constant;
  is_volatile = other.is_volatile;
  is_restricted = other.is_restricted;
  is_atomic = other.is_atomic;
  is_nodiscard = other.is_nodiscard;
  is_noreturn = other.is_noreturn;
  is_ptr32 = other.is_ptr32;
  is_ptr64 = other.is_ptr64;
  is_transparent_union = other.is_transparent_union;
  return *this;
}
c_qualifierst &c_qualifierst::operator=(const c_qualifierst &other) {…}
 
std::unique_ptr<c_qualifierst> c_qualifierst::clone() const
{
  auto other = std::make_unique<c_qualifierst>();
  *other = *this;
  return other;
}
std::unique_ptr<c_qualifierst> c_qualifierst::clone() const {…}
 
std::string c_qualifierst::as_string() const
{
  std::string qualifiers;
 
  if(is_constant)
    qualifiers+="const ";
 
  if(is_volatile)
    qualifiers+="volatile ";
 
  if(is_restricted)
    qualifiers+="restrict ";
 
  if(is_atomic)
    qualifiers+="_Atomic ";
 
  if(is_ptr32)
    qualifiers+="__ptr32 ";
 
  if(is_ptr64)
    qualifiers+="__ptr64 ";
 
  if(is_nodiscard)
    qualifiers += "[[nodiscard]] ";
 
  if(is_noreturn)
    qualifiers+="_Noreturn ";
 
  return qualifiers;
}
std::string c_qualifierst::as_string() const {…}
 
void c_qualifierst::read(const typet &src)
{
  if(src.get_bool(ID_C_constant))
    is_constant=true;
 
  if(src.get_bool(ID_C_volatile))
    is_volatile=true;
 
  if(src.get_bool(ID_C_restricted))
    is_restricted=true;
 
  if(src.get_bool(ID_C_atomic))
    is_atomic=true;
 
  if(src.get_bool(ID_C_ptr32))
    is_ptr32=true;
 
  if(src.get_bool(ID_C_ptr64))
    is_ptr64=true;
 
  if(src.get_bool(ID_C_transparent_union))
    is_transparent_union=true;
 
  if(src.get_bool(ID_C_nodiscard))
    is_nodiscard = true;
 
  if(src.get_bool(ID_C_noreturn))
    is_noreturn=true;
}
void c_qualifierst::read(const typet &src) {…}
 
void c_qualifierst::write(typet &dest) const
{
  if(is_constant)
    dest.set(ID_C_constant, true);
  else
    dest.remove(ID_C_constant);
 
  if(is_volatile)
    dest.set(ID_C_volatile, true);
  else
    dest.remove(ID_C_volatile);
 
  if(is_restricted)
    dest.set(ID_C_restricted, true);
  else
    dest.remove(ID_C_restricted);
 
  if(is_atomic)
    dest.set(ID_C_atomic, true);
  else
    dest.remove(ID_C_atomic);
 
  if(is_ptr32)
    dest.set(ID_C_ptr32, true);
  else
    dest.remove(ID_C_ptr32);
 
  if(is_ptr64)
    dest.set(ID_C_ptr64, true);
  else
    dest.remove(ID_C_ptr64);
 
  if(is_transparent_union)
    dest.set(ID_C_transparent_union, true);
  else
    dest.remove(ID_C_transparent_union);
 
  if(is_nodiscard)
    dest.set(ID_C_nodiscard, true);
  else
    dest.remove(ID_C_nodiscard);
 
  if(is_noreturn)
    dest.set(ID_C_noreturn, true);
  else
    dest.remove(ID_C_noreturn);
}
void c_qualifierst::write(typet &dest) const {…}
 
void c_qualifierst::clear(typet &dest)
{
  dest.remove(ID_C_constant);
  dest.remove(ID_C_volatile);
  dest.remove(ID_C_restricted);
  dest.remove(ID_C_ptr32);
  dest.remove(ID_C_ptr64);
  dest.remove(ID_C_transparent_union);
  dest.remove(ID_C_nodiscard);
  dest.remove(ID_C_noreturn);
}
void c_qualifierst::clear(typet &dest) {…}