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// $Id$
#ifndef CCF_CIDL_SYNTAX_TREE_HPP
#define CCF_CIDL_SYNTAX_TREE_HPP
#include "MSVC_Pragmas.hpp"
#include "CCF/IDL3/IDL3_SyntaxTree.hpp"
namespace CIDL
{
namespace SyntaxTree
{
// Import all nodes of IDL3
using namespace IDL3::SyntaxTree;
class Composition : public virtual Scope
{
public:
struct Category
{
enum Value
{
ENTITY,
PROCESS,
SERVICE,
SESSION
};
friend std::ostream&
operator<< (std::ostream& o, Value v)
{
if (v == ENTITY) o << "entity";
else if (v == PROCESS) o << "process";
else if (v == SERVICE) o << "service";
else o << "session";
return o;
}
};
public:
virtual
~Composition () throw () {}
Composition (SimpleName const& name,
Category::Value category,
ScopePtr const& scope)
: Declaration (name, scope),
Scope (name, scope),
category_ (category)
{
}
public:
Category::Value
category () const
{
return category_;
}
// Runtime declaration type information
public:
virtual std::string
declaration_type ()
{
return "composition";
}
// Traversal
public:
virtual void
accept (CCF::Traversal::Visitor* v);
private:
Category::Value category_;
};
typedef
StrictPtr<Composition>
CompositionPtr;
typedef
DeclarationOrderComparator<CompositionPtr>
CompositionOrderComparator;
class HomeExecutor : public virtual Scope
{
public:
virtual
~HomeExecutor () throw () {}
HomeExecutor (SimpleName const& name,
ScopePtr const& scope,
ScopedName implements,
SimpleName manages)
: Declaration (name, scope),
Scope (name, scope),
implements_ (scope->table (), implements),
manages_ (manages)
{
}
public:
HomeDefPtr
implements () const
{
return implements_.resolve ();
}
SimpleName
manages () const
{
return manages_;
}
// Runtime declaration type information
public:
virtual std::string
declaration_type ()
{
return "home executor";
}
// Traversal
public:
virtual void
accept (CCF::Traversal::Visitor* v);
private:
HomeDefRef implements_;
SimpleName manages_;
};
typedef
StrictPtr<HomeExecutor>
HomeExecutorPtr;
}
}
#endif // CCF_CIDL_SYNTAX_TREE_HPP
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