ware/SimulatorSignature.hpp

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/*

  This file is part of OpenFLUID software
  Copyright(c) 2007, INRA - Montpellier SupAgro


 == GNU General Public License Usage ==

  OpenFLUID 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 3 of the License, or
  (at your option) any later version.

  OpenFLUID 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 OpenFLUID. If not, see <http://www.gnu.org/licenses/>.


 == Other Usage ==

  Other Usage means a use of OpenFLUID that is inconsistent with the GPL
  license, and requires a written agreement between You and INRA.
  Licensees for Other Usage of OpenFLUID may use this file in accordance
  with the terms contained in the written agreement between You and INRA.
  
*/



/**
  @file

  @author Jean-Christophe FABRE <fabrejc@supagro.inra.fr>
*/

#ifndef __SIMULATORSIGNATURE_HPP__
#define __SIMULATORSIGNATURE_HPP__


#include <openfluid/config.hpp>
#include <openfluid/dllexport.hpp>
#include <openfluid/core/TypeDefs.hpp>
#include <openfluid/core/DateTime.hpp>
#include <openfluid/ware/WareSignature.hpp>



// =====================================================================
// =====================================================================

/**
  Macro for the beginning of definition of signature hook
*/
#define BEGIN_SIMULATOR_SIGNATURE(id) \
  openfluid::ware::SimulatorSignature* WARESIGNATURE_PROC_DECL() \
  { \
    openfluid::ware::SimulatorSignature* Signature = new openfluid::ware::SimulatorSignature(); \
    Signature->setABIVersion(openfluid::config::FULL_VERSION); \
    Signature->ID = (id);


/**
  Macro for the end of definition of signature hook
*/
#define END_SIMULATOR_SIGNATURE \
    return Signature; \
  }


// =====================================================================
// =====================================================================


/**
  Macro for declaration of the simulator application domain
*/
#define DECLARE_DOMAIN(domain) Signature->Domain = domain;

/**
  Macro for declaration of the simulator application processes
*/
#define DECLARE_PROCESS(process) Signature->Process = process;

/**
  Macro for declaration of the simulator application numerical method
*/
#define DECLARE_METHOD(method) Signature->Method = method;


// =====================================================================
// =====================================================================


/**
  Macro for declaration of a simulator parameter
  @param[in] name name of the parameter
  @param[in] description description of the parameter
  @param[in] unit unit of the parameter. Could be an empty string if there is no unit
*/
#define DECLARE_SIMULATOR_PARAM(name,description,unit) \
  Signature->HandledData.SimulatorParams.push_back(openfluid::ware::SignatureHandledDataItem((name),(""),description,unit));



// =====================================================================
// =====================================================================


/**
  Macro for declaration of a produced variable
  @param[in] name name of the variable
  @param[in] uclass class of the concerned units
  @param[in] description description of the variable
  @param[in] unit unit of the variable. Could be an empty string if there is no unit
*/
#define DECLARE_PRODUCED_VAR(name,uclass,description,unit) \
  Signature->HandledData.ProducedVars.push_back(openfluid::ware::SignatureHandledTypedDataItem((name),uclass,description,unit));

/**
  Macro for declaration of an updated variable
  @param[in] name name of the variable
  @param[in] uclass class of the concerned units
  @param[in] description description of the variable
  @param[in] unit unit of the variable. Could be an empty string if there is no unit
*/
#define DECLARE_UPDATED_VAR(name,uclass,description,unit) \
  Signature->HandledData.UpdatedVars.push_back(openfluid::ware::SignatureHandledTypedDataItem((name),uclass,description,unit));

/**
  Macro for declaration of a required variable
  @param[in] name name of the variable
  @param[in] uclass class of the concerned units
  @param[in] description description of the variable
  @param[in] unit unit of the variable. Could be an empty string if there is no unit
*/
#define DECLARE_REQUIRED_VAR(name,uclass,description,unit) \
  Signature->HandledData.RequiredVars.push_back(openfluid::ware::SignatureHandledTypedDataItem((name),uclass,description,unit));


/**
  Macro for declaration of an used variable
  @param[in] name name of the variable
  @param[in] uclass class of the concerned units
  @param[in] description description of the variable
  @param[in] unit unit of the variable. Could be an empty string if there is no unit
*/
#define DECLARE_USED_VAR(name,uclass,description,unit) \
  Signature->HandledData.UsedVars.push_back(openfluid::ware::SignatureHandledTypedDataItem((name),uclass,description,unit));


/**
  Macro for declaration of a produced attribute
  @param[in] name name of the attribute
  @param[in] uclass class of the concerned units
  @param[in] description description of the attribute
  @param[in] unit unit of the attribute. Could be an empty string if there is no unit
*/
#define DECLARE_PRODUCED_ATTRIBUTE(name,uclass,description,unit) \
  Signature->HandledData.ProducedAttribute.push_back(openfluid::ware::SignatureHandledDataItem((name),uclass,description,unit));

/**
  Macro for declaration of a required attribute
  @param[in] name name of the attribute
  @param[in] uclass class of the concerned units
  @param[in] description description of the attribute
  @param[in] unit unit of the attribute. Could be an empty string if there is no unit
*/
#define DECLARE_REQUIRED_ATTRIBUTE(name,uclass,description,unit) \
  Signature->HandledData.RequiredAttribute.push_back(openfluid::ware::SignatureHandledDataItem((name),uclass,description,unit));

/**
  Macro for declaration of a used attribute
  @param[in] name name of the attribute
  @param[in] uclass class of the concerned units
  @param[in] description description of the attribute
  @param[in] unit unit of the attribute. Could be an empty string if there is no unit
*/
#define DECLARE_USED_ATTRIBUTE(name,uclass,description,unit) \
  Signature->HandledData.UsedAttribute.push_back(openfluid::ware::SignatureHandledDataItem((name),uclass,description,unit));

/**
  Macro for declaration of used events
  @param[in] uclass class of the concerned units
*/
#define DECLARE_USED_EVENTS(uclass) Signature->HandledData.UsedEventsOnUnits.push_back(uclass);



/**
  Macro for declaration of units graph modification
  @param[in] description description of modification

*/
#define DECLARE_UPDATED_UNITSGRAPH(description) Signature->HandledUnitsGraph.UpdatedUnitsGraph = (description);


/**
  Macro for declaration of units class creation or update
  @param[in] uclass name of the created or updated class
  @param[in] description description of the updated class

*/
#define DECLARE_UPDATED_UNITSCLASS(uclass,description) Signature->HandledUnitsGraph.UpdatedUnitsClass.push_back(openfluid::ware::SignatureHandledUnitsClassItem(uclass,description));


/**
  Macro for declaration of required file
  @param[in] name name of the file
*/
#define DECLARE_REQUIRED_EXTRAFILE(name) \
  Signature->HandledData.RequiredExtraFiles.push_back(name);

/**
  Macro for declaration of used file
  @param[in] name name of the file
*/
#define DECLARE_USED_EXTRAFILE(name) \
  Signature->HandledData.UsedExtraFiles.push_back(name);

/**
  Macro for declaration of time scheduling as undefined
*/
#define DECLARE_SCHEDULING_UNDEFINED \
  Signature->TimeScheduling.setAsUndefined();

/**
  Macro for declaration of time scheduling as default delta T
*/
#define DECLARE_SCHEDULING_DEFAULT \
  Signature->TimeScheduling.setAsDefaultDeltaT();

/**
  Macro for declaration of fixed time scheduling
  @param[in] deltat fixed time scheduling value
*/
#define DECLARE_SCHEDULING_FIXED(deltat) \
  Signature->TimeScheduling.setAsFixed(deltat);

/**
  Macro for declaration of range of time scheduling
  @param[in] min minimal time scheduling value
  @param[in] max maximal time scheduling value
*/
#define DECLARE_SCHEDULING_RANGE(min,max) \
  Signature->TimeScheduling.setAsRange(min,max);


// =====================================================================
// =====================================================================



namespace openfluid { namespace ware {


typedef std::string SimMethod_t;

typedef std::string SimProcess_t;

typedef std::string SimDomain_t;


// =====================================================================
// =====================================================================


/**
Class for storage of the definition of data handled by the simulator.
*/
class DLLEXPORT SignatureHandledDataItem
{
  public:

    std::string DataName;
    openfluid::core::UnitClass_t UnitClass;
    std::string Description;
    std::string DataUnit;

    SignatureHandledDataItem() :
      DataName(""),UnitClass(""),Description(""),DataUnit("") {}

    SignatureHandledDataItem(std::string DName, openfluid::core::UnitClass_t UClass,
        std::string DDescription, std::string DUnit) :
          DataName(DName),UnitClass(UClass),Description(DDescription),DataUnit(DUnit) {}

};

/**
Class for storage of the definition of typed data handled by the simulator.
*/
class DLLEXPORT SignatureHandledTypedDataItem : public SignatureHandledDataItem
{

  public:

    static bool getVariableNameAndType(const std::string SourceStr, std::string& VarName, openfluid::core::Value::Type& VarType);

    openfluid::core::Value::Type DataType;

    SignatureHandledTypedDataItem() :
      SignatureHandledDataItem(), DataType(openfluid::core::Value::NONE) {}

    SignatureHandledTypedDataItem(std::string DName, openfluid::core::UnitClass_t UClass,
        std::string DDescription, std::string DUnit);
};


/**
  Class for storage of the definition of spatial units handled by the simulator.
*/
class DLLEXPORT SignatureHandledUnitsClassItem
{
  public:

    openfluid::core::UnitClass_t UnitsClass;
    std::string Description;

    SignatureHandledUnitsClassItem() :
      UnitsClass(""),Description("") {}

    SignatureHandledUnitsClassItem(openfluid::core::UnitClass_t UClass,
        std::string DDescription) :
          UnitsClass(UClass),Description(DDescription) {}
};


/**
  Class for storage of the definition of the data handled by the simulator. This is part of the signature.
*/
class DLLEXPORT SignatureHandledData
{
  public:

    std::vector<SignatureHandledTypedDataItem> ProducedVars;

    std::vector<SignatureHandledTypedDataItem> UpdatedVars;

    std::vector<SignatureHandledTypedDataItem> RequiredVars;

    std::vector<SignatureHandledTypedDataItem> UsedVars;

    std::vector<SignatureHandledDataItem> SimulatorParams;

    std::vector<SignatureHandledDataItem> ProducedAttribute;

    std::vector<SignatureHandledDataItem> RequiredAttribute;

    std::vector<SignatureHandledDataItem> UsedAttribute;

    std::vector<std::string> RequiredExtraFiles;

    std::vector<std::string> UsedExtraFiles;

    std::vector<openfluid::core::UnitClass_t> UsedEventsOnUnits;


    SignatureHandledData()
    {

    }

};


class DLLEXPORT SignatureHandledUnitsGraph
{
  public:

    std::string UpdatedUnitsGraph;

    std::vector<SignatureHandledUnitsClassItem> UpdatedUnitsClass;

    SignatureHandledUnitsGraph()
    {
      UpdatedUnitsGraph.clear();
    }
};


class DLLEXPORT SignatureTimeScheduling
{
  public:

    enum SchedulingType { UNDEFINED, DEFAULT, FIXED, RANGE };

    SchedulingType Type;

    openfluid::core::Duration_t Min;

    openfluid::core::Duration_t Max;

    SignatureTimeScheduling():
      Type(UNDEFINED), Min(0), Max(0)
    { }

    void setAsUndefined()
    {
      Type = UNDEFINED;
      Min = 0;
      Max = 0;
    }

    void setAsDefaultDeltaT()
    {
      Type = DEFAULT;
      Min = 0;
      Max = 0;
    }

    void setAsFixed(openfluid::core::Duration_t Val)
    {
      Type = FIXED;
      Min = Val;
      Max = Val;
    }

    void setAsRange(openfluid::core::Duration_t MinVal, openfluid::core::Duration_t MaxVal)
    {
      Type = RANGE;
      Min = MinVal;
      Max = MaxVal;
    }

};


/**
  Class encapsulating the plugin signature,
  returned from the plugin to the host app for registering
*/
class DLLEXPORT SimulatorSignature : public WareSignature
{

  public:


    /**
    Plugin domain (i.e. hydrology, pop, erosion, ...)
    */
    SimDomain_t Domain;

    /**
    Plugin simulated process (i.e. surface rainfall-runoff production, ditch infiltration, ...)
    */
    SimProcess_t Process;

    /**
    Plugin involved method (i.e. morel-seytoux, hayami, ...)
    */
    SimMethod_t Method;

    /**
    Handled data
    */
    SignatureHandledData HandledData;

    /**
    Handled units graph
    */
    SignatureHandledUnitsGraph HandledUnitsGraph;

    /**
      Time scheduling
    */
    SignatureTimeScheduling TimeScheduling;

    SimulatorSignature() : WareSignature(),
      Domain(""),Process(""),Method("")
      {}

};



} } // namespaces



#endif