regmacros.h

//==========================================================================
//  REGMACROS.H - part of
//                     OMNeT++/OMNEST
//            Discrete System Simulation in C++
//
//==========================================================================

/*--------------------------------------------------------------*
  Copyright (C) 1992-2017 Andras Varga
  Copyright (C) 2006-2017 OpenSim Ltd.

  This file is distributed WITHOUT ANY WARRANTY. See the file
  `license' for details on this and other legal matters.
*--------------------------------------------------------------*/

#ifndef __OMNETPP_REGMACROS_H
#define __OMNETPP_REGMACROS_H

#include "simkerneldefs.h"

namespace omnetpp {


#define Define_NED_Math_Function(NAME,ARGCOUNT) \
  EXECUTE_ON_STARTUP(omnetpp::nedFunctions.getInstance()->add(new omnetpp::cNedMathFunction(#NAME,NAME,ARGCOUNT));)

#define Define_NED_Math_Function2(NAME,FUNCTION,ARGCOUNT) \
  EXECUTE_ON_STARTUP(omnetpp::nedFunctions.getInstance()->add(new omnetpp::cNedMathFunction(#NAME,FUNCTION,ARGCOUNT));)

#define Define_NED_Math_Function3(NAME,ARGCOUNT,CATEGORY,DESCRIPTION) \
  EXECUTE_ON_STARTUP(omnetpp::nedFunctions.getInstance()->add(new omnetpp::cNedMathFunction(#NAME,NAME,ARGCOUNT,CATEGORY,DESCRIPTION));)

#define Define_NED_Math_Function4(NAME,FUNCTION,ARGCOUNT,CATEGORY,DESCRIPTION) \
  EXECUTE_ON_STARTUP(omnetpp::nedFunctions.getInstance()->add(new omnetpp::cNedMathFunction(#NAME,FUNCTION,ARGCOUNT,CATEGORY,DESCRIPTION));)

#define Define_NED_Function(FUNCTION,SIGNATURE) \
  EXECUTE_ON_STARTUP(omnetpp::nedFunctions.getInstance()->add(new omnetpp::cNedFunction(FUNCTION,SIGNATURE));)

#define Define_NED_Function2(FUNCTION,SIGNATURE,CATEGORY,DESCRIPTION) \
  EXECUTE_ON_STARTUP(omnetpp::nedFunctions.getInstance()->add(new omnetpp::cNedFunction(FUNCTION,SIGNATURE,CATEGORY,DESCRIPTION));)

#define Register_Class(CLASSNAME)  __REGISTER_CLASS(CLASSNAME, omnetpp::cObject, "class")

#define Register_Abstract_Class(CLASSNAME)  __REGISTER_ABSTRACT_CLASS(CLASSNAME, omnetpp::cObject, "class")

#define Define_Module(CLASSNAME)  __REGISTER_CLASS(CLASSNAME, omnetpp::cModule, "module")

#define Define_Channel(CLASSNAME)  __REGISTER_CLASS(CLASSNAME, omnetpp::cChannel, "channel")

// internal
#define __REGISTER_CLASS(CLASSNAME, BASECLASS, DESC) \
  __REGISTER_CLASS_X(CLASSNAME, BASECLASS, DESC, /*nothing*/ )

// internal
#define __REGISTER_CLASS_X(CLASSNAME, BASECLASS, DESC, EXTRACODE) \
  static omnetpp::cObject *MAKE_UNIQUE_WITHIN_FILE(__factoryfunc_)() {BASECLASS *ret = new CLASSNAME; return ret; } \
  static void *MAKE_UNIQUE_WITHIN_FILE(__castfunc_)(omnetpp::cObject *obj) {return (void*)dynamic_cast<CLASSNAME*>(obj);} \
  EXECUTE_ON_STARTUP(omnetpp::classes.getInstance()->add(new omnetpp::cObjectFactory(omnetpp::opp_typename(typeid(CLASSNAME)), MAKE_UNIQUE_WITHIN_FILE(__factoryfunc_), MAKE_UNIQUE_WITHIN_FILE(__castfunc_), DESC)); EXTRACODE; )

// internal
#define __REGISTER_ABSTRACT_CLASS(CLASSNAME, BASECLASS /*unused*/, DESC) \
  static void *MAKE_UNIQUE_WITHIN_FILE(__castfunc_)(omnetpp::cObject *obj) {return (void*)dynamic_cast<CLASSNAME*>(obj);} \
  EXECUTE_ON_STARTUP(omnetpp::classes.getInstance()->add(new omnetpp::cObjectFactory(omnetpp::opp_typename(typeid(CLASSNAME)), nullptr, MAKE_UNIQUE_WITHIN_FILE(__castfunc_), DESC));)

#define Register_ClassDescriptor(DESCRIPTORCLASS) \
  EXECUTE_ON_STARTUP(omnetpp::classDescriptors.getInstance()->add(new DESCRIPTORCLASS());)

// internal
#define __REGISTER_CONFIGOPTION(ID, ARGLIST) \
  omnetpp::cConfigOption *ID; \
  EXECUTE_ON_STARTUP(omnetpp::configOptions.getInstance()->add(ID = new omnetpp::cConfigOption ARGLIST);)

#define Register_GlobalConfigOption(ID, NAME, TYPE, DEFAULTVALUE, DESCRIPTION) \
  __REGISTER_CONFIGOPTION(ID, (NAME, true, omnetpp::cConfigOption::TYPE, nullptr, DEFAULTVALUE, DESCRIPTION))

#define Register_PerRunConfigOption(ID, NAME, TYPE, DEFAULTVALUE, DESCRIPTION) \
  __REGISTER_CONFIGOPTION(ID, (NAME, false, omnetpp::cConfigOption::TYPE, nullptr, DEFAULTVALUE, DESCRIPTION))

#define Register_GlobalConfigOptionU(ID, NAME, UNIT, DEFAULTVALUE, DESCRIPTION) \
  __REGISTER_CONFIGOPTION(ID, (NAME, true, omnetpp::cConfigOption::CFG_DOUBLE, UNIT, DEFAULTVALUE, DESCRIPTION))

#define Register_PerRunConfigOptionU(ID, NAME, UNIT, DEFAULTVALUE, DESCRIPTION) \
  __REGISTER_CONFIGOPTION(ID, (NAME, false, omnetpp::cConfigOption::CFG_DOUBLE, UNIT, DEFAULTVALUE, DESCRIPTION))

#define Register_PerObjectConfigOption(ID, NAME, KIND, TYPE, DEFAULTVALUE, DESCRIPTION) \
  __REGISTER_CONFIGOPTION(ID, (NAME, omnetpp::cConfigOption::KIND, omnetpp::cConfigOption::TYPE, nullptr, DEFAULTVALUE, DESCRIPTION))

#define Register_PerObjectConfigOptionU(ID, NAME, KIND, UNIT, DEFAULTVALUE, DESCRIPTION) \
  __REGISTER_CONFIGOPTION(ID, (NAME, omnetpp::cConfigOption::KIND, omnetpp::cConfigOption::CFG_DOUBLE, UNIT, DEFAULTVALUE, DESCRIPTION))

#define Register_MessagePrinter(CLASSNAME) \
  EXECUTE_ON_STARTUP(omnetpp::messagePrinters.getInstance()->add(new CLASSNAME());)

#define Register_Enum(NAME, VALUES)  \
  EXECUTE_ON_STARTUP(omnetpp::enums.getInstance()->add((new omnetpp::cEnum(omnetpp::opp_typename(typeid(NAME))))->registerNames(#VALUES)->registerValues VALUES))

#define Register_Enum2(VAR, NAME, VALUES)  \
  static omnetpp::cEnum *VAR; \
  EXECUTE_ON_STARTUP(VAR = new omnetpp::cEnum(NAME); VAR->bulkInsert VALUES; omnetpp::enums.getInstance()->add(VAR))

#define Register_Figure(NAME, CLASSNAME)  \
  __REGISTER_CLASS_X(CLASSNAME, omnetpp::cFigure, "figure", figureTypes[NAME] = omnetpp::opp_typename(typeid(CLASSNAME)))


}  // namespace omnetpp


#endif