The Data Definiton class uses the validation model to keep a Data Definition datamodel (ddl::dd::datamodel::DataDefinition) valid or inform about inconsitence:
See: More...

#include <dd.h>

Inherits ddl::dd::utility::ModelObserverUtility< TYPE, ModelEventCode >, ddl::dd::utility::ModelObserverUtility< TYPE, ModelEventCode >, ddl::dd::utility::ModelObserverUtility< TYPE, ModelEventCode >, ddl::dd::utility::ModelObserverUtility< TYPE, ModelEventCode >, ddl::dd::utility::ModelObserverUtility< TYPE, ModelEventCode >, ddl::dd::utility::ModelObserverUtility< TYPE, ModelEventCode >, ddl::dd::utility::ModelObserverUtility< TYPE, ModelEventCode >, ddl::dd::utility::ModelObserverUtility< TYPE, ModelEventCode >, and ddl::dd::utility::ModelObserverUtility< TYPE, ModelEventCode >.

Public Types
using	BaseUnits = datamodel::DataDefinition::BaseUnits
	Reuse of datamodel base unit container - ddl::dd::datamodel::DataDefinition::BaseUnits.

using	UnitPrefixes = datamodel::DataDefinition::UnitPrefixes
	Reuse of datamodel unit prefixes container - ddl::dd::datamodel::DataDefinition::BaseUnits.

using	Units = datamodel::DataDefinition::Units
	Reuse of datamodel units container - ddl::dd::datamodel::DataDefinition::Units.

using	DataTypes = datamodel::DataDefinition::DataTypes
	Reuse of datamodel datatypes container - ddl::dd::datamodel::DataDefinition::DataTypes.

using	EnumTypes = datamodel::DataDefinition::EnumTypes
	Reuse of datamodel enumtypes container - ddl::dd::datamodel::DataDefinition::EnumTypes.

using	StructTypes = datamodel::DataDefinition::StructTypes
	Reuse of datamodel structs container - ddl::dd::datamodel::DataDefinition::StructTypes.

using	StreamMetaTypes = datamodel::DataDefinition::StreamMetaTypes
	Reuse of datamodel streammetatypes container - ddl::dd::datamodel::DataDefinition::StreamMetaTypes.

using	Streams = datamodel::DataDefinition::Streams
	Reuse of datamodel streams container - ddl::dd::datamodel::DataDefinition::Streams.

Public Member Functions
	DataDefinition ()
	Construct a new DataDefinition object with a new datamodel::DataDefinition. The used language version of the new datamodel is ddl::dd::Version::ddl_version_current.

	DataDefinition (Version ddl_version)
	Construct a new DataDefinition object with a new datamodel::DataDefinition.

	DataDefinition (const DataDefinition &other)
	Construct a new DataDefinition object and copies the datamodel.

	DataDefinition (DataDefinition &&other)
	Construct a new DataDefinition object and take the datamodel of the other.

	DataDefinition (const std::shared_ptr< datamodel::DataDefinition > &datamodel)
	Construct a new DataDefinition object and set the datamodel to the given one.

DataDefinition &	operator= (const DataDefinition &other)
	Assigns the DataDefinition object and copies the datamodel.

DataDefinition &	operator= (DataDefinition &&other)
	Assigns the DataDefinition object and moves the datamodel.

virtual	~DataDefinition ()
	Destroy the DataDefinition object.

void	setModel (const std::shared_ptr< datamodel::DataDefinition > &datamodel)
	Sets and references the datamodel object, that is to validate and observe.

std::shared_ptr< const datamodel::DataDefinition >	getModel () const
	Gets the datamodel reference.

void	setVersion (const Version &ddl_version)
	Set the language version of the containing datamodel.

Version	getVersion () const
	Get the current language version set in datamodel.

void	setHeader (const Header &header)
	Resets the DataDefinition Header of the datamodel.

const Header &	getHeader () const
	Gets the Header of the datamodel.

Header &	getHeader ()
	Gets the Header of the datamodel.

const BaseUnits &	getBaseUnits () const
	Get the Base Units of the datamodel.

BaseUnits &	getBaseUnits ()
	Get the Base Units of the datamodel.

const UnitPrefixes &	getUnitPrefixes () const
	Get the Unit Prefixes of the datamodel.

UnitPrefixes &	getUnitPrefixes ()
	Get the Unit Prefixes of the datamodel.

const Units &	getUnits () const
	Get the Units of the datamodel.

Units &	getUnits ()
	Get the Units of the datamodel.

const DataTypes &	getDataTypes () const
	Get the Data Types of the datamodel.

DataTypes &	getDataTypes ()
	Get the Data Types of the datamodel.

const EnumTypes &	getEnumTypes () const
	Get the Enum Types of the datamodel.

EnumTypes &	getEnumTypes ()
	Get the Enum Types of the datamodel.

const StructTypes &	getStructTypes () const
	Get the Struct Types of the datamodel.

StructTypes &	getStructTypes ()
	Get the Struct Types of the datamodel.

bool	containsType (const std::string &type_name) const
	Retrieve information if the datamodel contains a type with the given name. Following types are considered: DataType, StructType, EnumType, StreamMetaType.

TypeOfType	getTypeOfType (const std::string &type_name) const
	Retrieve information if the datamodel contains a type with the given name and return the type of it. Following types are considered: DataType, StructType, EnumType, StreamMetaType.

bool	containsUnit (const std::string &unit_name) const
	Retrieve information if the datamodel contains a unit with the given name. Following units are considered: BaseUnit, Unit.

TypeOfUnit	getTypeOfUnit (const std::string &unit_name) const
	Retrieve information if the datamodel contains a unit with the given name and return the type of it. Following units are considered: BaseUnit, Unit.

const StreamMetaTypes &	getStreamMetaTypes () const
	Get the Streammeta Types of the datamodel.

StreamMetaTypes &	getStreamMetaTypes ()
	Get the Streammeta Types of the datamodel.

const Streams &	getStreams () const
	Get the Streams of the datamodel.

Streams &	getStreams ()
	Get the Streams of the datamodel.

bool	isValid (ValidationLevel level=ValidationLevel::valid) const
	Obtains if the validation level has reached at least the given `level`.

void	validate (bool force_revalidation=false)
	Calculate the validation level of all DataDefinition objects that does not have a validation level yet or is below ValidationLevel::valid.

std::vector< ddl::dd::Problem >	getValidationProtocol () const
	Gets a collection of all problems obtained while validating the DataDefinition Objects.

void	calculatePositions (const std::string &type_name={}, TypeOfType type_of_type=TypeOfType::invalid_type, bool force_recalculation=false)
	calculates the element sizes and positions of all structs, enumtypes and datatypes or dedicated for the one given.

StructTypeAccess	getStructTypeAccess (const std::string &type_name) const
	Get the Struct Type Access, where to enter the type and calculated element position information.

void	add (const BaseUnit &base_unit, const DataDefinition &source_dd)
	Merges or add the given base unit. If there are dependencies, they will be retrieved from `source_dd`. If there does already exist one base unit with the same name, the base unit must be equal (ddl::dd::datamodel::BaseUnit).

void	add (const UnitPrefix &unit_prefix, const DataDefinition &source_dd)
	Merges or add the given unit prefix. If there are dependencies, they will be retrieved from `source_dd`. If there does already exist one unit prefix with the same name, the prefix must be equal (ddl::dd::datamodel::UnitPrefix).

void	add (const Unit &unit, const DataDefinition &source_dd)
	Merges or add the given unit. If there are dependencies, they will be retrieved from `source_dd`. If there does already exist one unit with the same name, the unit must be equal (ddl::dd::datamodel::Unit).

void	add (const DataType &data_type, const DataDefinition &source_dd)
	Merges or add the given datatype. If there are dependencies, they will be retrieved from `source_dd`. If there does already exist one datatype with the same name, the datatype must be equal (ddl::dd::datamodel::DataType).

void	add (const EnumType &enum_type, const DataDefinition &source_dd)
	Merges or add the given enumtype. If there are dependencies, they will be retrieved from `source_dd`. If there does already exist one enumtype with the same name, the enumtype must be equal (ddl::dd::datamodel::EnumType).

void	add (const StructType &struct_type, const DataDefinition &source_dd)
	Merges or add the given structtype. If there are dependencies, they will be retrieved from `source_dd`. If there does already exist one structtype with the same name, the structtype must be equal (ddl::dd::datamodel::StructType).

void	add (const StreamMetaType &stream_meta_type, const DataDefinition &source_dd)
	Merges or add the given streammetatype. If there are dependencies, they will be retrieved from `source_dd`. If there does already exist one streammetatype with the same name, the streammetatype must be equal (ddl::dd::datamodel::StreamMetaType).

void	add (const Stream &stream, const DataDefinition &source_dd)
	Merges or add the given stream. If there are dependencies, they will be retrieved from `source_dd`. If there does already exist one stream with the same name, the stream must be equal (ddl::dd::datamodel::Stream).

void	add (const DataDefinition &source_dd)
	Merges or add the DataDefinition objects of the given `source_dd`.

Friends
class	ddl::DDMerge

Detailed Description

The Data Definiton class uses the validation model to keep a Data Definition datamodel (ddl::dd::datamodel::DataDefinition) valid or inform about inconsitence:
See:

Additionally, it provides access to a address, offset and type information via the typeinfo model:

calculatePositions
getStructTypeAccess

There are predefined objects that can be used without adding it explicitly: see ddl::PredefinedDataTypes.

There are predefined unit objects that can be used immediatelly: see ddl::PredefinedUnits.

Constructor & Destructor Documentation

◆ DataDefinition() [1/4]

ddl::dd::DataDefinition::DataDefinition ( Version ddl_version )

Construct a new DataDefinition object with a new datamodel::DataDefinition.

Parameters

ddl_version The used language version of the new datamodel.

◆ DataDefinition() [2/4]

ddl::dd::DataDefinition::DataDefinition ( const DataDefinition & other )

Construct a new DataDefinition object and copies the datamodel.

Parameters

other The other data definition to copy.

◆ DataDefinition() [3/4]

ddl::dd::DataDefinition::DataDefinition ( DataDefinition && other )

Construct a new DataDefinition object and take the datamodel of the other.

Parameters

other The other data definition to move the model from.

◆ DataDefinition() [4/4]

ddl::dd::DataDefinition::DataDefinition ( const std::shared_ptr< datamodel::DataDefinition > & datamodel )

Construct a new DataDefinition object and set the datamodel to the given one.

Parameters

datamodel the datamodel to validate and observe.

Member Function Documentation

◆ add() [1/9]

void ddl::dd::DataDefinition::add	(	const BaseUnit &	base_unit,
		const DataDefinition &	source_dd )

Merges or add the given base unit. If there are dependencies, they will be retrieved from source_dd. If there does already exist one base unit with the same name, the base unit must be equal (ddl::dd::datamodel::BaseUnit).

Parameters

base_unit	the base unit to add.
source_dd	dependencies will be obtained from this DataDefinition reference.

Exceptions

ddl::dd::Error throws if base unit already exists and is not equal to the given one.

◆ add() [2/9]

void ddl::dd::DataDefinition::add ( const DataDefinition & source_dd )

Merges or add the DataDefinition objects of the given source_dd.

Parameters

source_dd the data definition to add.

Exceptions

ddl::dd::Error throws if a DataDefinition object to add already exists and it is not equal to the given one.

See also: all other add methods.

◆ add() [3/9]

void ddl::dd::DataDefinition::add	(	const DataType &	data_type,
		const DataDefinition &	source_dd )

Merges or add the given datatype. If there are dependencies, they will be retrieved from source_dd. If there does already exist one datatype with the same name, the datatype must be equal (ddl::dd::datamodel::DataType).

Parameters

data_type	the data_type to add.
source_dd	dependencies will be obtained from this DataDefinition reference (base units and units)

Exceptions

ddl::dd::Error throws if a datatype already exists and is not equal to the given one. Will also check dependencies.

◆ add() [4/9]

void ddl::dd::DataDefinition::add	(	const EnumType &	enum_type,
		const DataDefinition &	source_dd )

Merges or add the given enumtype. If there are dependencies, they will be retrieved from source_dd. If there does already exist one enumtype with the same name, the enumtype must be equal (ddl::dd::datamodel::EnumType).

Parameters

enum_type	the enumtype to add.
source_dd	dependencies will be obtained from this DataDefinition reference (datatype)

Exceptions

ddl::dd::Error throws if a datatype already exists and is not equal to the given one. Will also check dependencies.

◆ add() [5/9]

void ddl::dd::DataDefinition::add	(	const Stream &	stream,
		const DataDefinition &	source_dd )

Merges or add the given stream. If there are dependencies, they will be retrieved from source_dd. If there does already exist one stream with the same name, the stream must be equal (ddl::dd::datamodel::Stream).

Parameters

stream	the stream to add.
source_dd	dependencies will be obtained from this DataDefinition reference (streammetatype, structtype)

Exceptions

ddl::dd::Error throws if a Stream already exists and is not equal to the given one. Will also check dependencies.

◆ add() [6/9]

void ddl::dd::DataDefinition::add	(	const StreamMetaType &	stream_meta_type,
		const DataDefinition &	source_dd )

Merges or add the given streammetatype. If there are dependencies, they will be retrieved from source_dd. If there does already exist one streammetatype with the same name, the streammetatype must be equal (ddl::dd::datamodel::StreamMetaType).

Parameters

stream_meta_type	the streammetatype to add.
source_dd	dependencies will be obtained from this DataDefinition reference (other streammetatype)

Exceptions

ddl::dd::Error throws if a streammetatype already exists and is not equal to the given one. Will also check dependencies.

◆ add() [7/9]

void ddl::dd::DataDefinition::add	(	const StructType &	struct_type,
		const DataDefinition &	source_dd )

Merges or add the given structtype. If there are dependencies, they will be retrieved from source_dd. If there does already exist one structtype with the same name, the structtype must be equal (ddl::dd::datamodel::StructType).

Parameters

struct_type	the structtype to add.
source_dd	dependencies will be obtained from this DataDefinition reference (datatype, other structtype, enumtype, units)

Exceptions

ddl::dd::Error throws if a structype already exists and is not equal to the given one. Will also check dependencies.

◆ add() [8/9]

void ddl::dd::DataDefinition::add	(	const Unit &	unit,
		const DataDefinition &	source_dd )

Merges or add the given unit. If there are dependencies, they will be retrieved from source_dd. If there does already exist one unit with the same name, the unit must be equal (ddl::dd::datamodel::Unit).

Parameters

unit	the unit to add.
source_dd	dependencies will be obtained from this DataDefinition reference (base units and unit prefixes)

Exceptions

ddl::dd::Error throws if a unit already exists and is not equal to the given one. Will also check dependencies.

◆ add() [9/9]

void ddl::dd::DataDefinition::add	(	const UnitPrefix &	unit_prefix,
		const DataDefinition &	source_dd )

Merges or add the given unit prefix. If there are dependencies, they will be retrieved from source_dd. If there does already exist one unit prefix with the same name, the prefix must be equal (ddl::dd::datamodel::UnitPrefix).

Parameters

unit_prefix	the unit prefix to add.
source_dd	dependencies will be obtained from this DataDefinition reference.

Exceptions

ddl::dd::Error throws if a unit prefix already exists and is not equal to the given one.

◆ calculatePositions()

void ddl::dd::DataDefinition::calculatePositions	(	const std::string &	type_name = {},
		TypeOfType	type_of_type = TypeOfType::invalid_type,
		bool	force_recalculation = false )

calculates the element sizes and positions of all structs, enumtypes and datatypes or dedicated for the one given.

Parameters

type_name	the type name to calculate the size and type info for. if empty recalculate all, if necessary.
type_of_type	if type name is empty, this parameter can choose the types to recalculate.
force_recalculation	if set to true this will force the recalculation.

◆ containsType()

bool ddl::dd::DataDefinition::containsType ( const std::string & type_name ) const

Retrieve information if the datamodel contains a type with the given name.
Following types are considered: DataType, StructType, EnumType, StreamMetaType.

Parameters

type_name the name to check

Returns: true a type with the given name exists.; false a type with the given name does not exist.

◆ containsUnit()

bool ddl::dd::DataDefinition::containsUnit ( const std::string & unit_name ) const

Retrieve information if the datamodel contains a unit with the given name.
Following units are considered: BaseUnit, Unit.

Parameters

unit_name the name to check

Returns: true a unit with the given name exists.; false a unit with the given name does not exist.

◆ getBaseUnits() [1/2]

BaseUnits & ddl::dd::DataDefinition::getBaseUnits ( )

Get the Base Units of the datamodel.

Returns: BaseUnits& - base units of the datamodel.

◆ getBaseUnits() [2/2]

const BaseUnits & ddl::dd::DataDefinition::getBaseUnits ( ) const

Get the Base Units of the datamodel.

Returns: const BaseUnits& - base units of the datamodel.

◆ getDataTypes() [1/2]

DataTypes & ddl::dd::DataDefinition::getDataTypes ( )

Get the Data Types of the datamodel.

Returns: DataTypes& - the datatypes of the datamodel.

◆ getDataTypes() [2/2]

const DataTypes & ddl::dd::DataDefinition::getDataTypes ( ) const

Get the Data Types of the datamodel.

Returns: const DataTypes& - the datatypes of the datamodel.

◆ getEnumTypes() [1/2]

EnumTypes & ddl::dd::DataDefinition::getEnumTypes ( )

Get the Enum Types of the datamodel.

Returns: EnumTypes& - the enumtypes of the datamodel.

◆ getEnumTypes() [2/2]

const EnumTypes & ddl::dd::DataDefinition::getEnumTypes ( ) const

Get the Enum Types of the datamodel.

Returns: const EnumTypes& - the enumtypes of the datamodel.

◆ getHeader() [1/2]

Header & ddl::dd::DataDefinition::getHeader ( )

Gets the Header of the datamodel.

Returns: Header& the header of the datamodel.

◆ getHeader() [2/2]

const Header & ddl::dd::DataDefinition::getHeader ( ) const

Gets the Header of the datamodel.

Returns: const Header& the header of the datamodel.

◆ getModel()

std::shared_ptr< const datamodel::DataDefinition > ddl::dd::DataDefinition::getModel ( ) const

Gets the datamodel reference.

Returns: std::shared_ptr<const datamodel::DataDefinition> the datamodel reference

◆ getStreamMetaTypes() [1/2]

StreamMetaTypes & ddl::dd::DataDefinition::getStreamMetaTypes ( )

Get the Streammeta Types of the datamodel.

Returns: const StreamMetaTypes& - the streammeta types of the datamodel.

◆ getStreamMetaTypes() [2/2]

const StreamMetaTypes & ddl::dd::DataDefinition::getStreamMetaTypes ( ) const

Get the Streammeta Types of the datamodel.

Returns: StreamMetaTypes& - the streammeta types of the datamodel.

◆ getStreams() [1/2]

Streams & ddl::dd::DataDefinition::getStreams ( )

Get the Streams of the datamodel.

Returns: Streams& - the streams of the datamodel.

◆ getStreams() [2/2]

const Streams & ddl::dd::DataDefinition::getStreams ( ) const

Get the Streams of the datamodel.

Returns: const Streams& - the streams of the datamodel.

◆ getStructTypeAccess()

StructTypeAccess ddl::dd::DataDefinition::getStructTypeAccess ( const std::string & type_name ) const

Get the Struct Type Access, where to enter the type and calculated element position information.

See also: StructTypeAccess, StructElementAccess.

Parameters

type_name the struct type name to retrieve the structtype access for.

Returns: const StructTypeAccess

◆ getStructTypes() [1/2]

StructTypes & ddl::dd::DataDefinition::getStructTypes ( )

Get the Struct Types of the datamodel.

Returns: StructTypes& - the structtypes of the datamodel.

◆ getStructTypes() [2/2]

const StructTypes & ddl::dd::DataDefinition::getStructTypes ( ) const

Get the Struct Types of the datamodel.

Returns: const StructTypes& - the structtypes of the datamodel.

◆ getTypeOfType()

TypeOfType ddl::dd::DataDefinition::getTypeOfType ( const std::string & type_name ) const

Retrieve information if the datamodel contains a type with the given name and return the type of it.
Following types are considered: DataType, StructType, EnumType, StreamMetaType.

Parameters

type_name the name to check

Return values

TypeOfType::invalid_type	A type with the given name does not exists.
TypeOfType::data_type	A type with the given name is a DataType.
TypeOfType::enum_type	A type with the given name is a EnumType.
TypeOfType::struct_type	A type with the given name is a StructType.
TypeOfType::streammetatype_type	A type with the given name is a StreamMetaType.

◆ getTypeOfUnit()

TypeOfUnit ddl::dd::DataDefinition::getTypeOfUnit ( const std::string & unit_name ) const

Retrieve information if the datamodel contains a unit with the given name and return the type of it.
Following units are considered: BaseUnit, Unit.

Parameters

unit_name the name to check

Return values

TypeOfUnit::invalid_unit	A unit with the given name does not exists.
TypeOfUnit::unit	A unit with the given name is a Unit.
TypeOfUnit::base_unit	A unit with the given name is a BaseUnit.

◆ getUnitPrefixes() [1/2]

UnitPrefixes & ddl::dd::DataDefinition::getUnitPrefixes ( )

Get the Unit Prefixes of the datamodel.

Returns: UnitPrefixes& - the prefixes of the datamodel.

◆ getUnitPrefixes() [2/2]

const UnitPrefixes & ddl::dd::DataDefinition::getUnitPrefixes ( ) const

Get the Unit Prefixes of the datamodel.

Returns: const UnitPrefixes& - prefixes of the datamodel.

◆ getUnits() [1/2]

Units & ddl::dd::DataDefinition::getUnits ( )

Get the Units of the datamodel.

Returns: Units& - the units of the datamodel.

◆ getUnits() [2/2]

const Units & ddl::dd::DataDefinition::getUnits ( ) const

Get the Units of the datamodel.

Returns: const Units& - the units of the datamodel.

◆ getValidationProtocol()

std::vector< ddl::dd::Problem > ddl::dd::DataDefinition::getValidationProtocol ( ) const

Gets a collection of all problems obtained while validating the DataDefinition Objects.

Returns: std::vector<ValidationInfo::Problem> the collection of problems

Remarks: to print or flatten the protocol consider ddl::dd::transformValidationProblemList.

◆ getVersion()

Version ddl::dd::DataDefinition::getVersion ( ) const

Get the current language version set in datamodel.

Returns: Version - the current language version.

◆ isValid()

bool ddl::dd::DataDefinition::isValid ( ValidationLevel level = ValidationLevel::valid ) const

Obtains if the validation level has reached at least the given level.

Parameters

level the level to check

Returns: true the level is at least level; false the level is below level

◆ operator=() [1/2]

DataDefinition & ddl::dd::DataDefinition::operator= ( const DataDefinition & other )

Assigns the DataDefinition object and copies the datamodel.

Parameters

other The other data definition to copy from.

Returns: the resulting data definition.

◆ operator=() [2/2]

DataDefinition & ddl::dd::DataDefinition::operator= ( DataDefinition && other )

Assigns the DataDefinition object and moves the datamodel.

Parameters

other The other data definition to move from.

Returns: the resulting data definition.

◆ setHeader()

void ddl::dd::DataDefinition::setHeader ( const Header & header )

Resets the DataDefinition Header of the datamodel.

Parameters

header The header to set.

Remarks: This will recalculate the structure sizes if necessary, because the alignment of structs are version dependent.

◆ setModel()

void ddl::dd::DataDefinition::setModel ( const std::shared_ptr< datamodel::DataDefinition > & datamodel )

Sets and references the datamodel object, that is to validate and observe.

Parameters

datamodel the datamodel to validate and observe.

◆ setVersion()

void ddl::dd::DataDefinition::setVersion ( const Version & ddl_version )

Set the language version of the containing datamodel.

Remarks: This will recalculate the structure sizes if necessary, because the alignment of structs are version dependent.

Parameters

ddl_version the lanuage version to set.

◆ validate()

void ddl::dd::DataDefinition::validate ( bool force_revalidation = false )

Calculate the validation level of all DataDefinition objects that does not have a validation level yet or is below ValidationLevel::valid.

Parameters

force_revalidation if a validation level was already calculated to ValidationLevel::valid this will force a recalculation!

The documentation for this class was generated from the following file:

/workspace/conan/dev_essential/1.6.3/dw/stable/package/65324bff46e457721a7ba250afe9d61dc2b0e57a/include/ddl/dd/dd.h

Public Types

Public Member Functions

Friends

Detailed Description

Constructor & Destructor Documentation

◆ DataDefinition() [1/4]

◆ DataDefinition() [2/4]

◆ DataDefinition() [3/4]

◆ DataDefinition() [4/4]

Member Function Documentation

◆ add() [1/9]

◆ add() [2/9]

◆ add() [3/9]

◆ add() [4/9]

◆ add() [5/9]

◆ add() [6/9]

◆ add() [7/9]

◆ add() [8/9]

◆ add() [9/9]

◆ calculatePositions()

◆ containsType()

◆ containsUnit()

◆ getBaseUnits() [1/2]

◆ getBaseUnits() [2/2]

◆ getDataTypes() [1/2]

◆ getDataTypes() [2/2]

◆ getEnumTypes() [1/2]

◆ getEnumTypes() [2/2]

◆ getHeader() [1/2]

◆ getHeader() [2/2]

◆ getModel()

◆ getStreamMetaTypes() [1/2]

◆ getStreamMetaTypes() [2/2]

◆ getStreams() [1/2]

◆ getStreams() [2/2]

◆ getStructTypeAccess()

◆ getStructTypes() [1/2]

◆ getStructTypes() [2/2]

◆ getTypeOfType()

◆ getTypeOfUnit()

◆ getUnitPrefixes() [1/2]

◆ getUnitPrefixes() [2/2]

◆ getUnits() [1/2]

◆ getUnits() [2/2]

◆ getValidationProtocol()

◆ getVersion()

◆ isValid()

◆ operator=() [1/2]

◆ operator=() [2/2]

◆ setHeader()

◆ setModel()

◆ setVersion()

◆ validate()