parserstate.h

SP是一个基于GNU C++编译器

inline
Dtd &ParserState::defDtd()
{
  return *defDtd_;
}

inline
const Dtd &ParserState::currentDtd() const
{
  return *currentDtd_;
}

inline
Dtd &ParserState::currentDtdNonConst() const
{
  return *currentDtd_;
}

inline
const Ptr<Dtd> &ParserState::defDtdPointer() const
{
  return defDtd_;
}

inline
const ConstPtr<Dtd> &ParserState::currentDtdPointer() const
{
  return currentDtdConst_;
}

inline
Boolean ParserState::inInstance() const
{
  return inInstance_;
}

inline
const Syntax &ParserState::syntax() const
{
  return *syntax_;
}

inline
const Syntax &ParserState::instanceSyntax() const
{
  return *instanceSyntax_;
}

inline
const ConstPtr<Syntax> &ParserState::syntaxPointer() const
{
  return syntax_;
}

inline
const ConstPtr<Syntax> &ParserState::instanceSyntaxPointer() const
{
  return instanceSyntax_;
}

inline
const ConstPtr<Syntax> &ParserState::prologSyntaxPointer() const
{
  return prologSyntax_;
}

inline
const Sd &ParserState::sd() const
{
  return *sd_;
}

inline
const ConstPtr<Sd> &ParserState::sdPointer() const
{
  return sd_;
}

inline
void ParserState::setPhase(Phase phase)
{
  phase_ = phase;
}

inline
Mode ParserState::currentMode() const
{
  return currentMode_;
}

inline
Xchar ParserState::getChar()
{
  return inputStack_.head()->get(messenger());
}

inline
void ParserState::skipChar()
{
  (void)getChar();
}

inline
Token ParserState::getToken(Mode mode)
{
  return recognizers_[mode]->recognize(inputStack_.head(), messenger());
}

inline
Boolean ParserState::hadDtd() const
{
  return dtd_.size() > 0;
}

inline
Boolean ParserState::eventQueueEmpty() const
{
  return eventQueue_.empty();
}

inline
Event *ParserState::eventQueueGet()
{
  return eventQueue_.get();
}

inline
ParserState::Phase ParserState::phase() const
{
  return phase_;
}

inline
ParserState::Phase ParserState::finalPhase() const
{
  return finalPhase_;
}

inline
EntityManager &ParserState::entityManager() const
{
  return *entityManager_;
}

inline
Ptr<EntityManager> ParserState::entityManagerPtr() const
{
  return entityManager_;
}

inline
const EntityCatalog &ParserState::entityCatalog() const
{
  return *entityCatalog_;
}

inline
ConstPtr<EntityCatalog> ParserState::entityCatalogPtr() const
{
  return entityCatalog_;
}

inline
void ParserState::setEntityCatalog(const ConstPtr<EntityCatalog> &catalog)
{
  entityCatalog_ = catalog;
}

inline
void ParserState::setDsEntity(const ConstPtr<Entity> &entity)
{
  dsEntity_ = entity;
}

inline
Allocator &ParserState::eventAllocator()
{
  return eventAllocator_;
}

inline
Allocator &ParserState::internalAllocator()
{
  return internalAllocator_;
}

inline
StringC &ParserState::nameBuffer()
{
  return nameBuffer_;
}

inline
void ParserState::setHandler(EventHandler *handler,
			     const volatile sig_atomic_t *cancelPtr)
{
  handler_ = handler;
  cancelPtr_ = cancelPtr ? cancelPtr : &dummyCancel_;
}

inline
void ParserState::unsetHandler()
{
  handler_ = &eventQueue_;
  cancelPtr_ = &dummyCancel_;
}

inline
void ParserState::queueRe(const Location &location)
{
  outputState_.handleRe(*handler_, eventAllocator_, options_.eventsWanted,
			syntax().standardFunction(Syntax::fRE),
			location);
}

inline
void ParserState::noteMarkup()
{
  if (inInstance_)
    outputState_.noteMarkup(*handler_, eventAllocator_, options_.eventsWanted);
}

inline
void ParserState::noteRs()
{
  outputState_.noteRs(*handler_, eventAllocator_, options_.eventsWanted);
}

inline
void ParserState::noteStartElement(Boolean included)
{
  outputState_.noteStartElement(included, *handler_, eventAllocator_,
				options_.eventsWanted);
}

inline
void ParserState::noteEndElement(Boolean included)
{
  outputState_.noteEndElement(included, *handler_, eventAllocator_,
			      options_.eventsWanted);
}

inline
void ParserState::noteData()
{
  outputState_.noteData(*handler_, eventAllocator_, options_.eventsWanted);
}

inline
unsigned ParserState::subdocLevel() const
{
  return subdocLevel_;
}

inline
EventHandler &ParserState::eventHandler()
{
  return *handler_;
}

inline
ParserState::IdTableIter ParserState::idTableIter()
{
  // Avoid use of typedef to work around MSVC 2.0 bug.
  return NamedTableIter<Id>(idTable_);
}

inline
const ParserOptions &ParserState::options() const
{
  return options_;
}

inline
Boolean ParserState::implydefElement()
{
  return implydefElement_;
}

inline
Boolean ParserState::implydefAttlist()
{
  return implydefAttlist_;
}

inline
void ParserState::enableImplydef()
{
  implydefElement_ = 1;
  implydefAttlist_ = 1;
}

inline
void ParserState::keepMessages()
{
  keepingMessages_ = 1;
}

inline
Boolean ParserState::haveApplicableDtd() const
{
  return !currentDtd_.isNull();
}

inline
Boolean ParserState::hadLpd() const
{
  return hadLpd_;
}

inline
Boolean ParserState::pass2() const
{
  return pass2_;
}

inline
size_t ParserState::nActiveLink() const
{
  return lpd_.size();
}

inline
const Lpd &ParserState::activeLpd(size_t i) const
{
  return *lpd_[i];
}

inline
Lpd &ParserState::defLpd()
{
  return *defLpd_;
}

inline
Ptr<Lpd> &ParserState::defLpdPointer()
{
  return defLpd_;
}

inline
Ptr<ComplexLpd> ParserState::defComplexLpdPointer()
{
  return (ComplexLpd *)defLpd_.pointer();
}

inline
ComplexLpd &ParserState::defComplexLpd()
{
  return (ComplexLpd &)defLpd();
}

inline
Ptr<Dtd> ParserState::baseDtd() 
{
  if (dtd_.size() > 0)
    return dtd_[0];
  else
    return Ptr<Dtd>();
}

inline
void ParserState::setResultAttributeSpecMode()
{
  resultAttributeSpecMode_ = 1;
}

inline
void ParserState::clearResultAttributeSpecMode()
{
  resultAttributeSpecMode_ = 0;
}

inline
Markup *ParserState::currentMarkup()
{
  return currentMarkup_;
}

inline
const Location &ParserState::markupLocation() const
{
  return markupLocation_;
}

inline
Markup *ParserState::startMarkup(Boolean storing, const Location &loc)
{
  markupLocation_ = loc;
  if (storing) {
    markup_.clear();
    return currentMarkup_ = &markup_;
  }
  else
    return currentMarkup_ = 0;
}

inline
Boolean ParserState::cancelled() const
{
  return *cancelPtr_ != 0;
}

inline
void ParserState::setHadAfdrDecl()
{
  hadAfdrDecl_ = 1;
}

inline
Boolean ParserState::hadAfdrDecl() const
{
  return hadAfdrDecl_;
}

#ifdef SP_NAMESPACE
}
#endif

#endif /* not ParserState_INCLUDED */