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

Classes
class	openfluid::ware::SignatureHandledDataItem

class	openfluid::ware::SignatureHandledTypedDataItem

class	openfluid::ware::SignatureHandledUnitsClassItem

class	openfluid::ware::SignatureHandledData

class	openfluid::ware::SignatureHandledUnitsGraph

class	openfluid::ware::SignatureTimeScheduling

class	openfluid::ware::SimulatorSignature

Namespaces
	openfluid

	openfluid::ware

Macros
#define	BEGIN_SIMULATOR_SIGNATURE(id)

#define	END_SIMULATOR_SIGNATURE

#define	DECLARE_DOMAIN(domain) Signature->Domain = domain;

#define	DECLARE_PROCESS(process) Signature->Process = process;

#define	DECLARE_METHOD(method) Signature->Method = method;

#define	DECLARE_SIMULATOR_PARAM(name, description, unit) Signature->HandledData.SimulatorParams.push_back(openfluid::ware::SignatureHandledDataItem((name),(""),description,unit));

#define	DECLARE_PRODUCED_VAR(name, uclass, description, unit) Signature->HandledData.ProducedVars.push_back(openfluid::ware::SignatureHandledTypedDataItem((name),uclass,description,unit));

#define	DECLARE_UPDATED_VAR(name, uclass, description, unit) Signature->HandledData.UpdatedVars.push_back(openfluid::ware::SignatureHandledTypedDataItem((name),uclass,description,unit));

#define	DECLARE_REQUIRED_VAR(name, uclass, description, unit) Signature->HandledData.RequiredVars.push_back(openfluid::ware::SignatureHandledTypedDataItem((name),uclass,description,unit));

#define	DECLARE_USED_VAR(name, uclass, description, unit) Signature->HandledData.UsedVars.push_back(openfluid::ware::SignatureHandledTypedDataItem((name),uclass,description,unit));

#define	DECLARE_PRODUCED_ATTRIBUTE(name, uclass, description, unit) Signature->HandledData.ProducedAttribute.push_back(openfluid::ware::SignatureHandledDataItem((name),uclass,description,unit));

#define	DECLARE_REQUIRED_ATTRIBUTE(name, uclass, description, unit) Signature->HandledData.RequiredAttribute.push_back(openfluid::ware::SignatureHandledDataItem((name),uclass,description,unit));

#define	DECLARE_USED_ATTRIBUTE(name, uclass, description, unit) Signature->HandledData.UsedAttribute.push_back(openfluid::ware::SignatureHandledDataItem((name),uclass,description,unit));

#define	DECLARE_USED_EVENTS(uclass) Signature->HandledData.UsedEventsOnUnits.push_back(uclass);

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

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

#define	DECLARE_REQUIRED_EXTRAFILE(name) Signature->HandledData.RequiredExtraFiles.push_back(name);

#define	DECLARE_USED_EXTRAFILE(name) Signature->HandledData.UsedExtraFiles.push_back(name);

#define	DECLARE_SCHEDULING_UNDEFINED Signature->TimeScheduling.setAsUndefined();

#define	DECLARE_SCHEDULING_DEFAULT Signature->TimeScheduling.setAsDefaultDeltaT();

#define	DECLARE_SCHEDULING_FIXED(deltat) Signature->TimeScheduling.setAsFixed(deltat);

#define	DECLARE_SCHEDULING_RANGE(min, max) Signature->TimeScheduling.setAsRange(min,max);

Typedefs
typedef std::string	openfluid::ware::SimMethod_t

typedef std::string	openfluid::ware::SimProcess_t

typedef std::string	openfluid::ware::SimDomain_t

Detailed Description

Author: Jean-Christophe FABRE fabre.nosp@m.jc@s.nosp@m.upagr.nosp@m.o.in.nosp@m.ra.fr

Macro Definition Documentation

#define BEGIN_SIMULATOR_SIGNATURE ( id )

Value:

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 beginning of definition of signature hook

#define DECLARE_DOMAIN ( domain ) Signature->Domain = domain;

Macro for declaration of the simulator application domain

#define DECLARE_METHOD ( method ) Signature->Method = method;

Macro for declaration of the simulator application numerical method

#define DECLARE_PROCESS ( process ) Signature->Process = process;

Macro for declaration of the simulator application processes

#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 produced attribute

Parameters

[in]	name	name of the attribute
[in]	uclass	class of the concerned units
[in]	description	description of the attribute
[in]	unit	unit of the attribute. 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 a produced variable

Parameters

[in]	name	name of the variable
[in]	uclass	class of the concerned units
[in]	description	description of the variable
[in]	unit	unit of the variable. 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 required attribute

Parameters

[in]	name	name of the attribute
[in]	uclass	class of the concerned units
[in]	description	description of the attribute
[in]	unit	unit of the attribute. Could be an empty string if there is no unit

#define DECLARE_REQUIRED_EXTRAFILE ( name ) Signature->HandledData.RequiredExtraFiles.push_back(name);

Macro for declaration of required file

Parameters

[in] name name of the file

#define DECLARE_REQUIRED_VAR	(	name,
		uclass,
		description,
		unit
	)	Signature->HandledData.RequiredVars.push_back(openfluid::ware::SignatureHandledTypedDataItem((name),uclass,description,unit));

Macro for declaration of a required variable

Parameters

[in]	name	name of the variable
[in]	uclass	class of the concerned units
[in]	description	description of the variable
[in]	unit	unit of the variable. Could be an empty string if there is no unit

#define DECLARE_SCHEDULING_DEFAULT Signature->TimeScheduling.setAsDefaultDeltaT();

Macro for declaration of time scheduling as default delta T

#define DECLARE_SCHEDULING_FIXED ( deltat ) Signature->TimeScheduling.setAsFixed(deltat);

Macro for declaration of fixed time scheduling

Parameters

[in] deltat fixed time scheduling value

#define DECLARE_SCHEDULING_RANGE	(	min,
		max
	)	Signature->TimeScheduling.setAsRange(min,max);

Macro for declaration of range of time scheduling

Parameters

[in]	min	minimal time scheduling value
[in]	max	maximal time scheduling value

#define DECLARE_SCHEDULING_UNDEFINED Signature->TimeScheduling.setAsUndefined();

Macro for declaration of time scheduling as undefined

#define DECLARE_SIMULATOR_PARAM	(	name,
		description,
		unit
	)	Signature->HandledData.SimulatorParams.push_back(openfluid::ware::SignatureHandledDataItem((name),(""),description,unit));

Macro for declaration of a simulator parameter

Parameters

[in]	name	name of the parameter
[in]	description	description of the parameter
[in]	unit	unit of the parameter. Could be an empty string if there is no unit

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

Macro for declaration of units class creation or update

Parameters

[in]	uclass	name of the created or updated class
[in]	description	description of the updated class

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

Macro for declaration of units graph modification

Parameters

[in] description description of modification

#define DECLARE_UPDATED_VAR	(	name,
		uclass,
		description,
		unit
	)	Signature->HandledData.UpdatedVars.push_back(openfluid::ware::SignatureHandledTypedDataItem((name),uclass,description,unit));

Macro for declaration of an updated variable

Parameters

[in]	name	name of the variable
[in]	uclass	class of the concerned units
[in]	description	description of the variable
[in]	unit	unit of the variable. 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 a used attribute

Parameters

[in]	name	name of the attribute
[in]	uclass	class of the concerned units
[in]	description	description of the attribute
[in]	unit	unit of the attribute. Could be an empty string if there is no unit

#define DECLARE_USED_EVENTS ( uclass ) Signature->HandledData.UsedEventsOnUnits.push_back(uclass);

Macro for declaration of used events

Parameters

[in] uclass class of the concerned units

#define DECLARE_USED_EXTRAFILE ( name ) Signature->HandledData.UsedExtraFiles.push_back(name);

Macro for declaration of used file

Parameters

[in] name name of the file

#define DECLARE_USED_VAR	(	name,
		uclass,
		description,
		unit
	)	Signature->HandledData.UsedVars.push_back(openfluid::ware::SignatureHandledTypedDataItem((name),uclass,description,unit));

Macro for declaration of an used variable

Parameters

[in]	name	name of the variable
[in]	uclass	class of the concerned units
[in]	description	description of the variable
[in]	unit	unit of the variable. Could be an empty string if there is no unit

#define END_SIMULATOR_SIGNATURE

Value:

return Signature; \

}

Macro for the end of definition of signature hook

Classes

Namespaces

Macros

Typedefs

Detailed Description

Macro Definition Documentation