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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 __TUnitModelElementFactory_h__
#define __TUnitModelElementFactory_h__
#include "ModelElementFactory.h"
#include "JoinPointLoc.h"
#include "TransformInfo.h"
/* helper classes to merge the TI_ classes into the JPL_ classes, i.e. to
* extend the join point model elements by transformation infos
*/
class TU_Type : public JPL_Type, public TI_Type {
public:
TU_Type (const string &s) : JPL_Type (s) { transform_info (this); }
~TU_Type () { transform_info (0); }
virtual JoinPointLoc &jpl () { return *this; }
};
class TU_Namespace : public JPL_Namespace, public TI_Namespace {
public:
TU_Namespace (const string &s) : JPL_Namespace (s) { transform_info (this); }
~TU_Namespace () { transform_info (0); }
virtual JoinPointLoc &jpl () { return *this; }
};
class TU_Class : public JPL_Class, public TI_Class {
public:
TU_Class (const string &s) : JPL_Class (s) { transform_info (this); }
~TU_Class () { transform_info (0); }
virtual JoinPointLoc &jpl () { return *this; }
};
class TU_Aspect : public JPL_Aspect, public TI_Aspect {
public:
TU_Aspect (const string &s) : JPL_Aspect (s) { transform_info (this); }
~TU_Aspect () { transform_info (0); }
virtual JoinPointLoc &jpl () { return *this; }
};
class TU_Function : public JPL_Function, public TI_Function {
public:
TU_Function (const string &n, const string &s) : JPL_Function (n, s) { transform_info (this); }
~TU_Function () { transform_info (0); }
virtual JoinPointLoc &jpl () { return *this; }
};
class TU_AdviceCode : public JPL_AdviceCode, public TI_AdviceCode {
public:
TU_AdviceCode (const string &n, const string &s) : JPL_AdviceCode (n, s) { transform_info (this); }
~TU_AdviceCode () { transform_info (0); }
virtual JoinPointLoc &jpl () { return *this; }
};
class TU_ClassSlice : public JPL_ClassSlice, public TI_ClassSlice {
public:
TU_ClassSlice (const string &s) : JPL_ClassSlice (s) { transform_info (this); }
~TU_ClassSlice () { transform_info (0); }
virtual JoinPointLoc &jpl () { return *this; }
};
class TU_MethodCall : public JPL_MethodCall, public TI_MethodCall {
public:
TU_MethodCall () { transform_info (this); }
~TU_MethodCall () { transform_info (0); }
virtual JoinPointLoc &jpl () { return *this; }
};
class TU_Method : public JPL_Method, public TI_Method {
public:
TU_Method () { transform_info (this); }
~TU_Method () { transform_info (0); }
virtual JoinPointLoc &jpl () { return *this; }
};
class TU_Construction : public JPL_Construction, public TI_Construction {
public:
TU_Construction () { transform_info (this); }
~TU_Construction () { transform_info (0); }
virtual JoinPointLoc &jpl () { return *this; }
};
class TU_Destruction : public JPL_Destruction, public TI_Destruction {
public:
TU_Destruction () { transform_info (this); }
~TU_Destruction () { transform_info (0); }
virtual JoinPointLoc &jpl () { return *this; }
};
class TU_Introduction : public JPL_Introduction, public TI_Introduction {
public:
TU_Introduction () { transform_info (this); }
~TU_Introduction () { transform_info (0); }
virtual JoinPointLoc &jpl () { return *this; }
};
class TU_Order : public JPL_Order, public TI_Order {
public:
TU_Order () { transform_info (this); }
~TU_Order () { transform_info (0); }
virtual JoinPointLoc &jpl () { return *this; }
};
/* a model element factory for the translation unit model that additionally
* contains references to the Puma information about the model elements,
* which is needed for transformations.
*/
class TUnitModelElementFactory {
public:
virtual ~TUnitModelElementFactory () {}
virtual TU_Namespace *make_namespace (const string &s) {
return new TU_Namespace (s);
}
virtual TU_Class *make_class (const string &s) {
return new TU_Class (s);
}
virtual TU_Aspect *make_aspect (const string &s) {
return new TU_Aspect (s);
}
virtual TU_Function *make_function (const string &n, const string &s) {
return new TU_Function (n, s);
}
virtual TU_AdviceCode *make_advice_code (const string &n, const string &s) {
return new TU_AdviceCode (n, s);
}
virtual TU_ClassSlice *make_class_slice (const string &s) {
return new TU_ClassSlice (s);
}
virtual TU_Type *make_type (const string &s) { return new TU_Type (s); }
virtual TU_Method *make_execution () { return new TU_Method; }
virtual TU_MethodCall *make_call () { return new TU_MethodCall; }
virtual TU_Construction *make_construction () { return new TU_Construction; }
virtual TU_Destruction *make_destruction () { return new TU_Destruction; }
virtual TU_Introduction *make_introduction () { return new TU_Introduction; }
virtual TU_Order *make_order () { return new TU_Order; }
};
#endif // __TUnitModelElementFactory_h__
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