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// file : CCF/IDL3/Traversal/Component.hpp
// author : Boris Kolpackov <boris@dre.vanderbilt.edu>
// cvs-id : $Id$
#ifndef CCF_IDL3_TRAVERSAL_COMPONENT_HPP
#define CCF_IDL3_TRAVERSAL_COMPONENT_HPP
#include "CCF/IDL3/SemanticGraph/Component.hpp"
#include "CCF/IDL3/Traversal/Elements.hpp"
namespace CCF
{
namespace IDL3
{
namespace Traversal
{
template <typename T>
struct PortTemplate : Node<T>
{
/* GCC#13590/DR#39
using Node<T>::edge_traverser;
*/
virtual void
traverse (T&);
};
template <typename T>
struct PortAccessorTemplate : Node<T>
{
/* GCC#13590/DR#39
using Node<T>::edge_traverser;
*/
virtual void
traverse (T&);
virtual void
pre (T&);
virtual void
returns (T&, EdgeDispatcherBase&);
virtual void
returns (T&);
virtual void
name (T&);
virtual void
receives (T&, EdgeDispatcherBase&);
virtual void
receives (T&);
virtual void
receives_pre (T&);
virtual void
receives_post (T&);
virtual void
raises (T&, EdgeDispatcherBase&);
virtual void
raises (T&);
virtual void
raises_pre (T&);
virtual void
raises_post (T&);
virtual void
post (T&);
};
template <typename T>
struct PortGetTemplate : PortAccessorTemplate<T>
{
/* GCC#13590/DR#39
using Node<T>::edge_traverser;
*/
virtual void
returns (T&);
};
template <typename T>
struct PortSetTemplate : PortAccessorTemplate<T>
{
/* GCC#13590/DR#39
using Node<T>::edge_traverser;
*/
virtual void
receives (T&);
};
template <typename T>
struct PortDataTemplate : Node<T>
{
/* GCC#13590/DR#39
using Node<T>::edge_traverser;
*/
virtual void
traverse (T&);
virtual void
pre (T&);
virtual void
belongs (T&, EdgeDispatcherBase&);
virtual void
belongs (T&);
virtual void
name (T&);
virtual void
post (T&);
};
//
//
//
typedef
PortTemplate<SemanticGraph::Provider>
Provider;
typedef
PortGetTemplate<SemanticGraph::Provider>
ProviderGet;
typedef
PortSetTemplate<SemanticGraph::Provider>
ProviderSet;
typedef
PortDataTemplate<SemanticGraph::Provider>
ProviderData;
//
//
//
typedef
PortTemplate<SemanticGraph::User>
User;
typedef
PortGetTemplate<SemanticGraph::User>
UserGet;
typedef
PortSetTemplate<SemanticGraph::User>
UserSet;
typedef
PortDataTemplate<SemanticGraph::User>
UserData;
//
//
//
typedef
PortTemplate<SemanticGraph::MultiUser>
MultiUser;
typedef
PortGetTemplate<SemanticGraph::MultiUser>
MultiUserGet;
typedef
PortSetTemplate<SemanticGraph::MultiUser>
MultiUserSet;
typedef
PortDataTemplate<SemanticGraph::MultiUser>
MultiUserData;
//
//
//
typedef
PortTemplate<SemanticGraph::SingleUser>
SingleUser;
typedef
PortGetTemplate<SemanticGraph::SingleUser>
SingleUserGet;
typedef
PortSetTemplate<SemanticGraph::SingleUser>
SingleUserSet;
typedef
PortDataTemplate<SemanticGraph::SingleUser>
SingleUserData;
//
//
//
typedef
PortTemplate<SemanticGraph::Publisher>
Publisher;
typedef
PortGetTemplate<SemanticGraph::Publisher>
PublisherGet;
typedef
PortSetTemplate<SemanticGraph::Publisher>
PublisherSet;
typedef
PortDataTemplate<SemanticGraph::Publisher>
PublisherData;
//
//
//
typedef
PortTemplate<SemanticGraph::Emitter>
Emitter;
typedef
PortGetTemplate<SemanticGraph::Emitter>
EmitterGet;
typedef
PortSetTemplate<SemanticGraph::Emitter>
EmitterSet;
typedef
PortDataTemplate<SemanticGraph::Emitter>
EmitterData;
//
//
//
typedef
PortTemplate<SemanticGraph::Consumer>
Consumer;
typedef
PortGetTemplate<SemanticGraph::Consumer>
ConsumerGet;
typedef
PortSetTemplate<SemanticGraph::Consumer>
ConsumerSet;
typedef
PortDataTemplate<SemanticGraph::Consumer>
ConsumerData;
//
//
//
struct Component : ScopeTemplate<SemanticGraph::Component>
{
virtual void
traverse (Type&);
virtual void
pre (Type&);
virtual void
name (Type&);
virtual void
inherits (Type&, EdgeDispatcherBase&);
virtual void
inherits (Type&);
virtual void
inherits_pre (Type&);
virtual void
inherits_post (Type&);
virtual void
inherits_none (Type&);
virtual void
supports (Type&, EdgeDispatcherBase&);
virtual void
supports (Type&);
virtual void
supports_pre (Type&);
virtual void
supports_post (Type&);
virtual void
supports_none (Type&);
virtual void
post (Type&);
virtual void
comma (Type&);
};
}
}
}
#include "CCF/IDL3/Traversal/Component.tpp"
#endif // CCF_IDL3_TRAVERSAL_COMPONENT_HPP
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