This "functional" API category provides access to things which do not require a simulation to be running. More...

#include <EnergyPlus/api/TypeDefs.h>
#include <EnergyPlus/api/EnergyPlusAPI.h>

Typedefs
typedef void *	Glycol
	This typedef is a convenient pointer to an internal glycol property class inside EnergyPlus. More...

typedef void *	Refrigerant
	This typedef is a convenient pointer to an internal refrigerant property class inside EnergyPlus. More...

Functions
void	initializeFunctionalAPI ()
	An initialization routine that sets up all functional API structures. More...

const char *	apiVersionFromEPlus ()
	Returns the version of this API, in Major.Minor form. More...

void	registerErrorCallback (void(f)(const char errorMessage))
	Allows a user to register an error callback function. More...

Glycol	glycolNew (const char *glycolName)
	Returns a new reference to a Glycol class. More...

void	glycolDelete (Glycol glycol)
	Deletes an instance of a Glycol class. More...

Real64	glycolSpecificHeat (Glycol glycol, Real64 temperature)
	Returns the fluid specific heat for the given Glycol instance at the specified temperature. More...

Real64	glycolDensity (Glycol glycol, Real64 temperature)
	Returns the fluid density for the given Glycol instance at the specified temperature. More...

Real64	glycolConductivity (Glycol glycol, Real64 temperature)
	Returns the fluid thermal conductivity for the given Glycol instance at the specified temperature. More...

Real64	glycolViscosity (Glycol glycol, Real64 temperature)
	Returns the fluid dynamic viscosity for the given Glycol instance at the specified temperature. More...

Refrigerant	refrigerantNew (const char *refrigerantName)
	Returns a new reference to a Refrigerant class. More...

void	refrigerantDelete (Refrigerant refrigerant)
	Deletes an instance of a Refrigerant class. More...

Real64	refrigerantSaturationPressure (Refrigerant refrigerant, Real64 temperature)
	Returns the refrigerant saturation pressure for the given Refrigerant instance at the specified temperature. More...

Real64	refrigerantSaturationTemperature (Refrigerant refrigerant, Real64 pressure)
	Returns the refrigerant saturation temperature for the given Refrigerant instance at the specified pressure. More...

Real64	refrigerantSaturatedEnthalpy (Refrigerant refrigerant, Real64 temperature, Real64 quality)
	Returns the refrigerant saturated enthalpy for the given Refrigerant instance at the specified temperature and quality. More...

Real64	refrigerantSaturatedDensity (Refrigerant refrigerant, Real64 temperature, Real64 quality)
	Returns the refrigerant saturated density for the given Refrigerant instance at the specified temperature and quality. More...

Real64	refrigerantSaturatedSpecificHeat (Refrigerant refrigerant, Real64 temperature, Real64 quality)
	Returns the refrigerant saturated specific heat for the given Refrigerant instance at the specified temperature and quality. More...

Real64	psyRhoFnPbTdbW (Real64 pb, Real64 tdb, Real64 dw)
	Returns the psychrometric density at given conditions. More...

Real64	psyHfgAirFnWTdb (Real64 T)
	Returns the psychrometric latent energy of air at given conditions. More...

Real64	psyHgAirFnWTdb (Real64 T)
	Returns the psychrometric latent energy of the moisture as a gas in the air at given conditions. More...

Real64	psyHFnTdbW (Real64 TDB, Real64 W)
	Returns the psychrometric enthalpy at given conditions. More...

Real64	psyCpAirFnW (Real64 W)
	Returns the psychrometric specific heat at given conditions. More...

Real64	psyTdbFnHW (Real64 H, Real64 W)
	Returns the psychrometric dry bulb temperature at given conditions. More...

Real64	psyRhovFnTdbWPb (Real64 Tdb, Real64 W, Real64 PB)
	Returns the psychrometric vapor density at given conditions. More...

Real64	psyTwbFnTdbWPb (Real64 Tdb, Real64 W, Real64 PB)
	Returns the psychrometric wet bulb temperature at given conditions. More...

Real64	psyVFnTdbWPb (Real64 TDB, Real64 W, Real64 PB)
	Returns the psychrometric specific volume at given conditions. More...

Real64	psyWFnTdbH (Real64 TDB, Real64 H)
	Returns the psychrometric humidity ratio at given conditions. More...

Real64	psyPsatFnTemp (Real64 T)
	Returns the psychrometric saturation pressure at given conditions. More...

Real64	psyTsatFnHPb (Real64 H, Real64 PB)
	Returns the psychrometric saturation temperature at given conditions. More...

Real64	psyRhovFnTdbRh (Real64 Tdb, Real64 RH)
	Returns the psychrometric vapor density at given conditions. More...

Real64	psyRhFnTdbRhov (Real64 Tdb, Real64 Rhovapor)
	Returns the psychrometric relative humidity at given conditions. More...

Real64	psyRhFnTdbWPb (Real64 TDB, Real64 W, Real64 PB)
	Returns the psychrometric relative humidity at given conditions. More...

Real64	psyWFnTdpPb (Real64 TDP, Real64 PB)
	Returns the psychrometric humidity ratio at given conditions. More...

Real64	psyWFnTdbRhPb (Real64 TDB, Real64 RH, Real64 PB)
	Returns the psychrometric humidity ratio at given conditions. More...

Real64	psyWFnTdbTwbPb (Real64 TDB, Real64 TWB, Real64 PB)
	Returns the psychrometric humidity ratio at given conditions. More...

Real64	psyHFnTdbRhPb (Real64 TDB, Real64 RH, Real64 PB)
	Returns the psychrometric enthalpy at given conditions. More...

Real64	psyTdpFnWPb (Real64 W, Real64 PB)
	Returns the psychrometric dew point temperature at given conditions. More...

Real64	psyTdpFnTdbTwbPb (Real64 TDB, Real64 TWB, Real64 PB)
	Returns the psychrometric dew point temperature at given conditions. More...

Detailed Description

This "functional" API category provides access to things which do not require a simulation to be running.

Currently this includes accessing API version information, and looking up glycol, refrigerant, and psychrometric properties. Each category has some limitations as this is the first version of the API, but more functionality will be introduced throughout development cycles.

Remarks: Make sure to call initializeFunctionalAPI prior to calling any functional API methods to ensure the internal structures are in place in the code.; Glycol routines currently only operate on pure water; a future version will enable further property lookups.; Refrigerant routines currently only operate on steam; a future version will enable further property lookups.

Typedef Documentation

◆ Glycol

typedef void* Glycol

This typedef is a convenient pointer to an internal glycol property class inside EnergyPlus.

In a default EnergyPlus simulation, pure water properties are available directly. To access properties of ethylene glycol or propylene glycol, user-input is required. For the current time, the only glycol available through the API is pure water. Accessing the glycol API is initiated using the glycolNew function.

See also: glycolNew

◆ Refrigerant

typedef void* Refrigerant

This typedef is a convenient pointer to an internal refrigerant property class inside EnergyPlus.

In a default EnergyPlus simulation, refrigerant properties for steam are available directly. To access properties of other refrigerants, user-input is required. For the current time, the only refrigerant available through the API is pure steam. Accessing the refrigerant API is initiated using the refrigerantNew function.

See also: refrigerantNew

Function Documentation

◆ apiVersionFromEPlus()

const char* apiVersionFromEPlus ( )

Returns the version of this API, in Major.Minor form.

Over time, the API will evolve. In most cases, there won't be breaking changes, just additional functionality. When improvements are made, but they don't break functionality, the minor number will be incremented. If a breaking change ever occurs, the major number will be incremented. This function can be used by users as a way to target a specific major version of the API and avoid problems if the API ever changes.

◆ glycolConductivity()

Real64 glycolConductivity	(	Glycol	glycol,
		Real64	temperature
	)

Returns the fluid thermal conductivity for the given Glycol instance at the specified temperature.

Parameters

[in]	glycol	An instance of a Glycol class, which can be created by calling `glycolNew`.
[in]	temperature	The fluid temperature for property evaluation, in degrees Celsius.

Returns: Fluid thermal conductivity, in W/mK

See also: Glycol; glycolNew

◆ glycolDelete()

void glycolDelete ( Glycol glycol )

Deletes an instance of a Glycol class.

When an instance of a Glycol class is created using glycolNew, it should be cleaned up when totally done with it.

Parameters

[in] glycol An instance of a Glycol class to be deleted. The Glycol class is initially created by calling glycolNew.

See also: Glycol; glycolNew

◆ glycolDensity()

Real64 glycolDensity	(	Glycol	glycol,
		Real64	temperature
	)

Returns the fluid density for the given Glycol instance at the specified temperature.

Parameters

[in]	glycol	An instance of a Glycol class, which can be created by calling `glycolNew`.
[in]	temperature	The fluid temperature for property evaluation, in degrees Celsius.

Returns: Fluid density, in kg/m3

See also: Glycol; glycolNew

◆ glycolNew()

Glycol glycolNew ( const char * glycolName )

Returns a new reference to a Glycol class.

The glycol class allows access to fluid properties. Eventually ethylene and propylene glycol properties will be made available but for now the only fluid is pure water.

Parameters

[in] glycolName The name of the glycol. Currently the only valid option is "water". In future versions of the API, the function will accept other fluid types and glycol mixtures.

Returns: This functions allocates a new glycol class and returns a Glycol, which is a pointer to that new instance.

Remarks: In API applications, when the calling script is done with the glycol instance, call glycolDelete to clean up the instance.

See also: Glycol; glycolDelete

◆ glycolSpecificHeat()

Real64 glycolSpecificHeat	(	Glycol	glycol,
		Real64	temperature
	)

Returns the fluid specific heat for the given Glycol instance at the specified temperature.

Parameters

[in]	glycol	An instance of a Glycol class, which can be created by calling `glycolNew`.
[in]	temperature	The fluid temperature for property evaluation, in degrees Celsius.

Returns: Fluid specific heat, in J/kgK

See also: Glycol; glycolNew

◆ glycolViscosity()

Real64 glycolViscosity	(	Glycol	glycol,
		Real64	temperature
	)

Returns the fluid dynamic viscosity for the given Glycol instance at the specified temperature.

Parameters

[in]	glycol	An instance of a Glycol class, which can be created by calling `glycolNew`.
[in]	temperature	The fluid temperature for property evaluation, in degrees Celsius.

Returns: Fluid dynamic viscosity, in Pa-s (or kg/m-s)

See also: Glycol; glycolNew

◆ initializeFunctionalAPI()

void initializeFunctionalAPI ( )

An initialization routine that sets up all functional API structures.

The functional API exposes classes and methods that can be used for outside calculations. Some of these calculations rely on internal structures being allocated and set up. Whenever any script is going to use a method from this functional API, this method must be called.

Remarks: When using the functional API from a Python Plugin workflow, this function should not be called.

◆ psyCpAirFnW()

Real64 psyCpAirFnW ( Real64 W )

Returns the psychrometric specific heat at given conditions.

Parameters

[in] W Humidity ratio, in kgWater/kgDryAir

Returns: Psychrometric specific heat, in J/kg-K

◆ psyHfgAirFnWTdb()

Real64 psyHfgAirFnWTdb ( Real64 T )

Returns the psychrometric latent energy of air at given conditions.

Parameters

[in] T Dry bulb temperature, in Celsius

Returns: Psychrometric latent energy of air, in J/kg

◆ psyHFnTdbRhPb()

Real64 psyHFnTdbRhPb	(	Real64	TDB,
		Real64	RH,
		Real64	PB
	)

Returns the psychrometric enthalpy at given conditions.

Parameters

[in]	TDB	Dry bulb temperature, in Celsius
[in]	RH	Relative humidity ratio, as a fraction from 0.0 to 1.0
[in]	PB	Barometric pressure, in Pascals

Returns: Psychrometric enthalpy, in J/kg

◆ psyHFnTdbW()

Real64 psyHFnTdbW	(	Real64	TDB,
		Real64	W
	)

Returns the psychrometric enthalpy at given conditions.

Parameters

[in]	TDB	Dry bulb temperature, in Celsius
[in]	W	Humidity ratio, in kgWater/kgDryAir

Returns: Psychrometric enthalpy, in J/kg

◆ psyHgAirFnWTdb()

Real64 psyHgAirFnWTdb ( Real64 T )

Returns the psychrometric latent energy of the moisture as a gas in the air at given conditions.

Parameters

[in] T Dry bulb temperature, in Celsius

Returns: Psychrometric latent energy of the moisture as a gas in the air, in J/kg

◆ psyPsatFnTemp()

Real64 psyPsatFnTemp ( Real64 T )

Returns the psychrometric saturation pressure at given conditions.

Parameters

[in] T Dry bulb temperature, in Celsius

Returns: Psychrometric saturation pressure, in Pascals

◆ psyRhFnTdbRhov()

Real64 psyRhFnTdbRhov	(	Real64	Tdb,
		Real64	Rhovapor
	)

Returns the psychrometric relative humidity at given conditions.

Parameters

[in]	Tdb	Dry bulb temperature, in Celsius
[in]	Rhovapor	Vapor density, in kg/m3

Returns: Psychrometric relative humidity, as a fraction from 0.0 to 1.0

◆ psyRhFnTdbWPb()

Real64 psyRhFnTdbWPb	(	Real64	TDB,
		Real64	W,
		Real64	PB
	)

Returns the psychrometric relative humidity at given conditions.

Parameters

[in]	TDB	Dry bulb temperature, in Celsius
[in]	W	Humidity ratio, in kgWater/kgDryAir
[in]	PB	Barometric pressure, in Pascals

Returns: Psychrometric relative humidity, as a fraction from 0.0 to 1.0

◆ psyRhoFnPbTdbW()

Real64 psyRhoFnPbTdbW	(	Real64	pb,
		Real64	tdb,
		Real64	dw
	)

Returns the psychrometric density at given conditions.

Parameters

[in]	pb	Barometric pressure, in Pa
[in]	tdb	Dry bulb temperature, in Celsius
[in]	dw	Humidity ratio, in kgWater/kgDryAir

Returns: Psychrometric density, in kg/m3

◆ psyRhovFnTdbRh()

Real64 psyRhovFnTdbRh	(	Real64	Tdb,
		Real64	RH
	)

Returns the psychrometric vapor density at given conditions.

Parameters

[in]	Tdb	Dry bulb temperature, in Celsius
[in]	RH	Relative humidity, as a fraction from 0.0 to 1.0

Returns: Psychrometric vapor density, in kg/m3

◆ psyRhovFnTdbWPb()

Real64 psyRhovFnTdbWPb	(	Real64	Tdb,
		Real64	W,
		Real64	PB
	)

Returns the psychrometric vapor density at given conditions.

Parameters

[in]	Tdb	Dry bulb temperature, in Celsius
[in]	W	Humidity ratio, in kgWater/kgDryAir
[in]	PB	Barometric pressure, in Pascals

Returns: Psychrometric vapor density, in kg/m3

◆ psyTdbFnHW()

Real64 psyTdbFnHW	(	Real64	H,
		Real64	W
	)

Returns the psychrometric dry bulb temperature at given conditions.

Parameters

[in]	H	Enthalpy, in J/kg
[in]	W	Humidity ratio, in kgWater/kgDryAir

Returns: Psychrometric dry bulb temperature, in Celsius

◆ psyTdpFnTdbTwbPb()

Real64 psyTdpFnTdbTwbPb	(	Real64	TDB,
		Real64	TWB,
		Real64	PB
	)

Returns the psychrometric dew point temperature at given conditions.

Parameters

[in]	TDB	Dry bulb temperature, in Celsius
[in]	TWB	Wet bulb temperature, in Celsius
[in]	PB	Barometric pressure, in Pascals

Returns: Psychrometric dew point temperature, in Celsius

◆ psyTdpFnWPb()

Real64 psyTdpFnWPb	(	Real64	W,
		Real64	PB
	)

Returns the psychrometric dew point temperature at given conditions.

Parameters

[in]	W	Humidity ratio, in kgWater/kgDryAir
[in]	PB	Barometric pressure, in Pascals

Returns: Psychrometric dew point temperature, in Celsius

◆ psyTsatFnHPb()

Real64 psyTsatFnHPb	(	Real64	H,
		Real64	PB
	)

Returns the psychrometric saturation temperature at given conditions.

Parameters

[in]	H	Enthalpy, in J/kg
[in]	PB	Barometric pressure, in Pascals

Returns: Psychrometric saturation temperature, in Celsius

◆ psyTwbFnTdbWPb()

Real64 psyTwbFnTdbWPb	(	Real64	Tdb,
		Real64	W,
		Real64	PB
	)

Returns the psychrometric wet bulb temperature at given conditions.

Parameters

[in]	Tdb	Dry bulb temperature, in Celsius
[in]	W	Humidity ratio, in kgWater/kgDryAir
[in]	PB	Barometric pressure, in Pascals

Returns: Psychrometric wet bulb temperature, in Celsius

◆ psyVFnTdbWPb()

Real64 psyVFnTdbWPb	(	Real64	TDB,
		Real64	W,
		Real64	PB
	)

Returns the psychrometric specific volume at given conditions.

Parameters

[in]	TDB	Dry bulb temperature, in Celsius
[in]	W	Humidity ratio, in kgWater/kgDryAir
[in]	PB	Barometric pressure, in Pascals

Returns: Psychrometric specific volume, in m3/kg

◆ psyWFnTdbH()

Real64 psyWFnTdbH	(	Real64	TDB,
		Real64	H
	)

Returns the psychrometric humidity ratio at given conditions.

Parameters

[in]	TDB	Dry bulb temperature, in Celsius
[in]	H	Enthalpy, in J/kg

Returns: Psychrometric humidity ratio, in kgWater/kgDryAir

◆ psyWFnTdbRhPb()

Real64 psyWFnTdbRhPb	(	Real64	TDB,
		Real64	RH,
		Real64	PB
	)

Returns the psychrometric humidity ratio at given conditions.

Parameters

[in]	TDB	Dry bulb temperature, in Celsius
[in]	RH	Relative humidity ratio, as a fraction from 0.0 to 1.0
[in]	PB	Barometric pressure, in Pascals

Returns: Psychrometric humidity ratio, in kgWater/kgDryAir

◆ psyWFnTdbTwbPb()

Real64 psyWFnTdbTwbPb	(	Real64	TDB,
		Real64	TWB,
		Real64	PB
	)

Returns the psychrometric humidity ratio at given conditions.

Parameters

[in]	TDB	Dry bulb temperature, in Celsius
[in]	TWB	Wet bulb temperature, in Celsius
[in]	PB	Barometric pressure, in Pascals

Returns: Psychrometric humidity ratio, in kgWater/kgDryAir

◆ psyWFnTdpPb()

Real64 psyWFnTdpPb	(	Real64	TDP,
		Real64	PB
	)

Returns the psychrometric humidity ratio at given conditions.

Parameters

[in]	TDP	Dew point temperature, in Celsius
[in]	PB	Barometric pressure, in Pascals

Returns: Psychrometric humidity ratio, in kgWater/kgDryAir

◆ refrigerantDelete()

void refrigerantDelete ( Refrigerant refrigerant )

Deletes an instance of a Refrigerant class.

When an instance of a Refrigerant class is created using refrigerantNew, it should be cleaned up when totally done with it.

Parameters

[in] refrigerant An instance of a Refrigerant class to be deleted. The Refrigerant class is initially created by calling refrigerantNew.

See also: Refrigerant; refrigerantNew

◆ refrigerantNew()

Refrigerant refrigerantNew ( const char * refrigerantName )

Returns a new reference to a Refrigerant class.

The refrigerant class allows access to refrigerant properties. Eventually more refrigerant properties will be made available but for now the only refrigerant is pure steam.

Parameters

[in] refrigerantName The name of the refrigerant. Currently the only valid option is "steam". In future versions of the API, the function will accept other refrigerant types.

Returns: This functions allocates a new refrigerant class and returns a Refrigerant, which is a pointer to that new instance.

Remarks: In API applications, when the calling script is done with the refrigerant instance, call refrigerantDelete to clean up the instance.

See also: Refrigerant; refrigerantDelete

◆ refrigerantSaturatedDensity()

Real64 refrigerantSaturatedDensity	(	Refrigerant	refrigerant,
		Real64	temperature,
		Real64	quality
	)

Returns the refrigerant saturated density for the given Refrigerant instance at the specified temperature and quality.

Parameters

[in]	refrigerant	An instance of a Refrigerant class, which can be created by calling `refrigerantNew`.
[in]	temperature	The refrigerant temperature for property evaluation, in C.
[in]	quality	The refrigerant quality for property evaluation, in fractional form from 0.0 to 1.0.

Returns: Refrigerant saturated density in kg/m3

See also: Refrigerant; refrigerantNew

◆ refrigerantSaturatedEnthalpy()

Real64 refrigerantSaturatedEnthalpy	(	Refrigerant	refrigerant,
		Real64	temperature,
		Real64	quality
	)

Returns the refrigerant saturated enthalpy for the given Refrigerant instance at the specified temperature and quality.

Parameters

[in]	refrigerant	An instance of a Refrigerant class, which can be created by calling `refrigerantNew`.
[in]	temperature	The refrigerant temperature for property evaluation, in C.
[in]	quality	The refrigerant quality for property evaluation, in fractional form from 0.0 to 1.0.

Returns: Refrigerant saturated enthalpy in J/kg

See also: Refrigerant; refrigerantNew

◆ refrigerantSaturatedSpecificHeat()

Real64 refrigerantSaturatedSpecificHeat	(	Refrigerant	refrigerant,
		Real64	temperature,
		Real64	quality
	)

Returns the refrigerant saturated specific heat for the given Refrigerant instance at the specified temperature and quality.

Parameters

[in]	refrigerant	An instance of a Refrigerant class, which can be created by calling `refrigerantNew`.
[in]	temperature	The refrigerant temperature for property evaluation, in C.
[in]	quality	The refrigerant quality for property evaluation, in fractional form from 0.0 to 1.0.

Returns: Refrigerant saturated enthalpy in J/kg-K

See also: Refrigerant; refrigerantNew

◆ refrigerantSaturationPressure()

Real64 refrigerantSaturationPressure	(	Refrigerant	refrigerant,
		Real64	temperature
	)

Returns the refrigerant saturation pressure for the given Refrigerant instance at the specified temperature.

Parameters

[in]	refrigerant	An instance of a Refrigerant class, which can be created by calling `refrigerantNew`.
[in]	temperature	The refrigerant temperature for property evaluation, in degrees Celsius.

Returns: Refrigerant saturation pressure, in Pa

See also: Refrigerant; refrigerantNew

◆ refrigerantSaturationTemperature()

Real64 refrigerantSaturationTemperature	(	Refrigerant	refrigerant,
		Real64	pressure
	)

Returns the refrigerant saturation temperature for the given Refrigerant instance at the specified pressure.

Parameters

[in]	refrigerant	An instance of a Refrigerant class, which can be created by calling `refrigerantNew`.
[in]	pressure	The refrigerant pressure for property evaluation, in Pa.

Returns: Refrigerant saturation temperature, in C

See also: Refrigerant; refrigerantNew

◆ registerErrorCallback()

void registerErrorCallback ( void(*)(const char *errorMessage) f )

Allows a user to register an error callback function.

If a user script registers a callback function here, then when EnergyPlus is sending an error message to the error file, it will also send it here. The user function will then have the ability to act on the error message if needed.

Remarks: A future version of this method will enable additional functionality including an argument indicating the error type, and allowing the return value from this callback to determine how EnergyPlus should behave.

Typedefs

Functions

Detailed Description

Typedef Documentation

◆ Glycol

◆ Refrigerant

Function Documentation

◆ apiVersionFromEPlus()

◆ glycolConductivity()

◆ glycolDelete()

◆ glycolDensity()

◆ glycolNew()

◆ glycolSpecificHeat()

◆ glycolViscosity()

◆ initializeFunctionalAPI()

◆ psyCpAirFnW()

◆ psyHfgAirFnWTdb()

◆ psyHFnTdbRhPb()

◆ psyHFnTdbW()

◆ psyHgAirFnWTdb()

◆ psyPsatFnTemp()

◆ psyRhFnTdbRhov()

◆ psyRhFnTdbWPb()

◆ psyRhoFnPbTdbW()

◆ psyRhovFnTdbRh()

◆ psyRhovFnTdbWPb()

◆ psyTdbFnHW()

◆ psyTdpFnTdbTwbPb()

◆ psyTdpFnWPb()

◆ psyTsatFnHPb()

◆ psyTwbFnTdbWPb()

◆ psyVFnTdbWPb()

◆ psyWFnTdbH()

◆ psyWFnTdbRhPb()

◆ psyWFnTdbTwbPb()

◆ psyWFnTdpPb()

◆ refrigerantDelete()

◆ refrigerantNew()

◆ refrigerantSaturatedDensity()

◆ refrigerantSaturatedEnthalpy()

◆ refrigerantSaturatedSpecificHeat()

◆ refrigerantSaturationPressure()

◆ refrigerantSaturationTemperature()

◆ registerErrorCallback()