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// file : CCF/IDL3/SyntaxTree/Operation.hpp
// author : Boris Kolpackov <boris@dre.vanderbilt.edu>
// cvs-id : $Id$
#ifndef CCF_IDL3_SYNTAX_TREE_OPERATION_HPP
#define CCF_IDL3_SYNTAX_TREE_OPERATION_HPP
#include "CCF/IDL2/SyntaxTree/Elements.hpp"
#include "CCF/IDL2/SyntaxTree/Operation.hpp"
#include "CCF/IDL2/SyntaxTree/Interface.hpp"
namespace CCF
{
namespace IDL3
{
namespace SyntaxTree
{
// Import nodes from IDL2
using namespace IDL2::SyntaxTree;
//
//
//
class ProvidesDecl : public virtual Declaration
{
public:
virtual
~ProvidesDecl () throw () {}
ProvidesDecl (SimpleName const& name,
ScopedName const& type,
ScopePtr const& scope)
: Declaration (name, scope),
type_ (scope->table (), type)
{
type_info (static_type_info ());
}
public:
InterfaceDeclPtr
type ()
{
return type_.resolve ();
}
// Runtime declaration type information
public:
virtual std::string
declaration_class ()
{
return "provides";
}
public:
static Introspection::TypeInfo const&
static_type_info ();
private:
InterfaceDeclRef type_;
};
typedef
StrictPtr<ProvidesDecl>
ProvidesDeclPtr;
//
//
//
class UsesDecl : public virtual Declaration
{
public:
virtual
~UsesDecl () throw () {}
UsesDecl (SimpleName const& name,
ScopedName const& type,
ScopePtr const& scope)
: Declaration (name, scope),
type_ (scope->table (), type)
{
type_info (static_type_info ());
}
public:
TypeDeclPtr
type ()
{
return type_.resolve ();
}
// Runtime declaration type information
public:
virtual std::string
declaration_class ()
{
return "uses";
}
public:
static Introspection::TypeInfo const&
static_type_info ();
private:
TypeDeclRef type_;
};
typedef
StrictPtr<UsesDecl>
UsesDeclPtr;
//
//
//
class PublishesDecl : public virtual Declaration
{
public:
virtual
~PublishesDecl () throw () {}
PublishesDecl (SimpleName const& name,
ScopedName const& type,
ScopePtr const& scope)
: Declaration (name, scope),
type_ (scope->table (), type)
{
type_info (static_type_info ());
}
public:
TypeDeclPtr
type ()
{
return type_.resolve ();
}
// Runtime declaration type information
public:
virtual std::string
declaration_class ()
{
return "publishes";
}
public:
static Introspection::TypeInfo const&
static_type_info ();
private:
TypeDeclRef type_;
};
typedef
StrictPtr<PublishesDecl>
PublishesDeclPtr;
//
//
//
class EmitsDecl : public virtual Declaration
{
public:
virtual
~EmitsDecl () throw () {}
EmitsDecl (SimpleName const& name,
ScopedName const& type,
ScopePtr const& scope)
: Declaration (name, scope),
type_ (scope->table (), type)
{
type_info (static_type_info ());
}
public:
TypeDeclPtr
type ()
{
return type_.resolve ();
}
// Runtime declaration type information
public:
virtual std::string
declaration_class ()
{
return "emits";
}
public:
static Introspection::TypeInfo const&
static_type_info ();
private:
TypeDeclRef type_;
};
typedef
StrictPtr<EmitsDecl>
EmitsDeclPtr;
//
//
//
class ConsumesDecl : public virtual Declaration
{
public:
virtual
~ConsumesDecl () throw () {}
ConsumesDecl (SimpleName const& name,
ScopedName const& type,
ScopePtr const& scope)
: Declaration (name, scope),
type_ (scope->table (), type)
{
type_info (static_type_info ());
}
public:
TypeDeclPtr
type ()
{
return type_.resolve ();
}
// Runtime declaration type information
public:
virtual std::string
declaration_class ()
{
return "consumes";
}
public:
static Introspection::TypeInfo const&
static_type_info ();
private:
TypeDeclRef type_;
};
typedef
StrictPtr<ConsumesDecl>
ConsumesDeclPtr;
//
//
//
class HomeFactoryParameter : public virtual OperationParameter
{
public:
virtual
~HomeFactoryParameter () throw ()
{
}
HomeFactoryParameter (ScopedName type,
SimpleName name,
DeclarationTable const& table)
: OperationParameter (Direction::IN, type, name, table)
{
type_info (static_type_info ());
}
public:
static Introspection::TypeInfo const&
static_type_info ();
};
typedef
StrictPtr<HomeFactoryParameter>
HomeFactoryParameterPtr;
//
//
//
class HomeFactoryDecl : public virtual OperationDecl
{
public:
virtual
~HomeFactoryDecl () throw () {}
HomeFactoryDecl (SimpleName const& name,
ScopedName const& type,
ScopePtr const& scope)
: Declaration (name, scope),
OperationDecl (name, type, scope)
{
type_info (static_type_info ());
}
//@@ It would be nice to be able to kind of virtual override
// type () mf from OperationDecl with covariant return type
// technique.
// Runtime declaration type information
public:
virtual std::string
declaration_class ()
{
return "home factory";
}
public:
static Introspection::TypeInfo const&
static_type_info ();
};
typedef
StrictPtr<HomeFactoryDecl>
HomeFactoryDeclPtr;
}
}
}
#endif // CCF_IDL3_SYNTAX_TREE_OPERATION_HPP
|
