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// This file is part of the AspectC++ compiler 'ac++'.
// Copyright (C) 1999-2003 The 'ac++' developers (see aspectc.org)
//
// This program is free software; you can redistribute it and/or
// modify it under the terms of the GNU General Public License as
// published by the Free Software Foundation; either version 2 of
// the License, or (at your option) any later version.
//
// This program is distributed in the hope that it will be useful,
// but WITHOUT ANY WARRANTY; without even the implied warranty of
// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
// GNU General Public License for more details.
//
// You should have received a copy of the GNU General Public
// License along with this program; if not, write to the Free
// Software Foundation, Inc., 59 Temple Place, Suite 330, Boston,
// MA 02111-1307 USA
#ifndef __Plan_h__
#define __Plan_h_
#include <string>
#include <set>
using namespace std;
#ifdef ACMODEL
#include "Elements.h"
#else
#include "JoinPointLoc.h"
#endif
#include "JoinPointPlan.h"
#include "Condition.h"
#include "Puma/Array.h"
using namespace Puma;
class AdviceInfo;
class OrderInfo;
class IntroductionInfo;
class AspectInfo;
class CFlow;
#ifdef ACMODEL
class ProjectModel;
#else
class JoinPointModel;
#endif
namespace Puma {
class ACAspectInfo;
class ACIntroductionInfo;
class CT_AdviceDecl;
class ErrorSink;
} // namespace Puma
class Plan {
public:
typedef set<AspectInfo> AspectContainer;
ErrorStream &_err;
#ifdef ACMODEL
ProjectModel &_jpm;
#else
JoinPointModel &_jpm;
#endif
Array<AdviceInfo*> _advice_infos;
list<IntroductionInfo*> _introduction_infos;
list<OrderInfo*> _order_infos;
set<AspectInfo> _aspect_infos;
#ifdef ACMODEL
Array<ACM_Any*> _exec_jpls;
Array<ACM_Any*> _call_jpls;
Array<ACM_Any*> _cons_jpls;
Array<ACM_Any*> _dest_jpls;
Array<ACM_Any*> _class_jpls;
#else
Array<JoinPointLoc*> _exec_jpls;
Array<JoinPointLoc*> _call_jpls;
Array<JoinPointLoc*> _cons_jpls;
Array<JoinPointLoc*> _dest_jpls;
Array<JoinPointLoc*> _class_jpls;
#endif
TypeCheckSet _type_checks_false;
TypeCheckSet _type_checks_true;
public:
#ifdef ACMODEL
Plan (ErrorStream &e, ProjectModel &jpm);
#else
Plan (ErrorStream &e, JoinPointModel &jpm);
#endif
~Plan ();
#ifdef ACMODEL
// manage advice and aspect ressources
AspectInfo *addAspect (ACM_Aspect &);
AspectContainer &aspect_infos () { return _aspect_infos; }
AdviceInfo *addAdvice (AspectInfo &ai, ACM_AdviceCode &code);
IntroductionInfo *addIntroduction (ACM_Aspect &jpl_aspect, ACM_Introduction &intro);
AdviceInfo *addAdvice (AspectInfo *ai, CT_AdviceDecl *ad);
OrderInfo *addOrder (ACM_Aspect &a, ACM_Order &o);
const list<OrderInfo*> &order_infos () const { return _order_infos; }
const list<IntroductionInfo*> &introduction_infos () const { return _introduction_infos; }
// consider a join point and advice/intro in the plan
void consider (ACM_Any *jpl, const Condition &cond, AdviceInfo *ai);
JPP_Class *consider (ACM_Any *jpl, ACM_Introduction *intro);
void consider (ACM_Any *jpl, ACM_Aspect&, ACM_Aspect&);
void consider (ACM_Any *jpl, const CFlow& cflow);
// calculate the order for a single join points
void order (ACM_Any *jpl);
// calculate the order for all join points
void order ();
// check the plan for a specific join point
void check (ACM_Any *jpl);
// check the final plan -> messages to the error sink
void check ();
// read the accumulated plans
int exec_jp_plans () const { return _exec_jpls.length (); }
ACM_Execution &exec_jp_loc (int i) const {
return *(ACM_Execution*)_exec_jpls.lookup (i);
}
JPP_Code &exec_jp_plan (int i) const {
return *(JPP_Code*)exec_jp_loc (i).plan ();
}
int call_jp_plans () const { return _call_jpls.length (); }
ACM_Call &call_jp_loc (int i) const {
return *(ACM_Call*)_call_jpls.lookup (i);
}
JPP_Code &call_jp_plan (int i) const {
return *(JPP_Code*)call_jp_loc (i).plan ();
}
int cons_jp_plans () const { return _cons_jpls.length (); }
ACM_Construction &cons_jp_loc (int i) const {
return *(ACM_Construction*)_cons_jpls.lookup (i);
}
JPP_Code &cons_jp_plan (int i) const {
return *(JPP_Code*)cons_jp_loc (i).plan ();
}
int dest_jp_plans () const { return _dest_jpls.length (); }
ACM_Destruction &dest_jp_loc (int i) const {
return *(ACM_Destruction*)_dest_jpls.lookup (i);
}
JPP_Code &dest_jp_plan (int i) const {
return *(JPP_Code*)dest_jp_loc (i).plan ();
}
int class_jp_plans () const { return _class_jpls.length (); }
ACM_Class &class_jp_loc (int i) const {
return *(ACM_Class*)_class_jpls.lookup (i);
}
JPP_Class &class_jp_plan (int i) const {
return *(JPP_Class*)class_jp_loc (i).plan ();
}
#else
// manage advice and aspect ressources
AspectInfo *addAspect (JPL_Aspect &);
AspectContainer &aspect_infos () { return _aspect_infos; }
AdviceInfo *addAdvice (AspectInfo &ai, JPL_AdviceCode &code);
IntroductionInfo *addIntroduction (JPL_Aspect &jpl_aspect, JPL_Introduction &intro);
AdviceInfo *addAdvice (AspectInfo *ai, CT_AdviceDecl *ad);
OrderInfo *addOrder (JPL_Aspect &a, JPL_Order &o);
const list<OrderInfo*> &order_infos () const { return _order_infos; }
const list<IntroductionInfo*> &introduction_infos () const { return _introduction_infos; }
// consider a join point and advice/intro in the plan
void consider (JoinPointLoc *jpl, const Condition &cond, AdviceInfo *ai);
JPP_Class *consider (JoinPointLoc *jpl, JPL_Introduction *intro);
void consider (JoinPointLoc *jpl, JPL_Aspect&, JPL_Aspect&);
void consider (JoinPointLoc *jpl, const CFlow& cflow);
// calculate the order for a single join points
void order (JoinPointLoc *jpl);
// calculate the order for all join points
void order ();
// check the plan for a specific join point
void check (JoinPointLoc *jpl);
// check the final plan -> messages to the error sink
void check ();
// read the accumulated plans
int exec_jp_plans () const { return _exec_jpls.length (); }
JPL_Method &exec_jp_loc (int i) const {
return *(JPL_Method*)_exec_jpls.lookup (i);
}
JPP_Code &exec_jp_plan (int i) const {
return *(JPP_Code*)exec_jp_loc (i).plan ();
}
int call_jp_plans () const { return _call_jpls.length (); }
JPL_MethodCall &call_jp_loc (int i) const {
return *(JPL_MethodCall*)_call_jpls.lookup (i);
}
JPP_Code &call_jp_plan (int i) const {
return *(JPP_Code*)call_jp_loc (i).plan ();
}
int cons_jp_plans () const { return _cons_jpls.length (); }
JPL_Construction &cons_jp_loc (int i) const {
return *(JPL_Construction*)_cons_jpls.lookup (i);
}
JPP_Code &cons_jp_plan (int i) const {
return *(JPP_Code*)cons_jp_loc (i).plan ();
}
int dest_jp_plans () const { return _dest_jpls.length (); }
JPL_Destruction &dest_jp_loc (int i) const {
return *(JPL_Destruction*)_dest_jpls.lookup (i);
}
JPP_Code &dest_jp_plan (int i) const {
return *(JPP_Code*)dest_jp_loc (i).plan ();
}
int class_jp_plans () const { return _class_jpls.length (); }
JPL_Class &class_jp_loc (int i) const {
return *(JPL_Class*)_class_jpls.lookup (i);
}
JPP_Class &class_jp_plan (int i) const {
return *(JPP_Class*)class_jp_loc (i).plan ();
}
#endif
const TypeCheckSet &type_checks_false () const {
return _type_checks_false;
}
const TypeCheckSet &type_checks_true () const {
return _type_checks_true;
}
};
#endif // __Plan_h__
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