DDElement

Utility class for a complete valid data definition of one StructType::Element and its dependencies. More...

Public Types
using	Deserialized = dd::datamodel::StructType::DeserializedInfo
	Deserialized definiton for one element.
using	Serialized = dd::datamodel::StructType::SerializedInfo
	Serialized definiton for one element.

Public Member Functions
	DDElement ()=default
	Construct a new DDElement object.
	DDElement (DDElement &&)=default
	Construct a new DDElement object.
	DDElement (const DDElement &)=default
	Construct a new DDElement object.
DDElement &	operator= (DDElement &&)=default
	assignment move operator More...
DDElement &	operator= (const DDElement &)=default
	assignment copy operator More...
	~DDElement ()=default
	Destroy the DDElement object.
	DDElement (const std::string &name, const dd::DataType &data_type, const Deserialized &deserialized_info={}, const Serialized &serialized_info={}, const dd::ArraySize &array_size=1, const std::string &description={}, const std::string &comment={}, const dd::BaseUnit &base_unit={}, const std::string &minimum_value={}, const std::string &maximum_value={}, const std::string &default_value={}, const std::string &scale={}, const std::string &offset={})
	Construct a new DDElement object that uses a POD Type (dd::DataType) Use it like: More...
	DDElement (const std::string &name, const dd::DataType &data_type, const Deserialized &deserialized_info, const Serialized &serialized_info, const dd::ArraySize &array_size, const std::string &description, const std::string &comment, const DDUnit &unit, const std::string &minimum_value={}, const std::string &maximum_value={}, const std::string &default_value={}, const std::string &scale={}, const std::string &offset={})
	Construct a new DDElement object that uses a POD Type (dd::DataType) Use it like: More...
	DDElement (const std::string &name, const DDDataType &data_type, const Deserialized &deserialized_info={}, const Serialized &serialized_info={}, const dd::ArraySize &array_size=1, const std::string &description={}, const std::string &comment={}, const dd::BaseUnit &base_unit={}, const std::string &minimum_value={}, const std::string &maximum_value={}, const std::string &default_value={}, const std::string &scale={}, const std::string &offset={})
	Construct a new DDElement object that uses a POD Type (dd::DataType) Use it like: More...
	DDElement (const std::string &name, const DDDataType &data_type, const Deserialized &deserialized_info, const Serialized &serialized_info, const dd::ArraySize &array_size, const std::string &description, const std::string &comment, const DDUnit &unit, const std::string &minimum_value={}, const std::string &maximum_value={}, const std::string &default_value={}, const std::string &scale={}, const std::string &offset={})
	Construct a new DDElement object that uses a POD Type (dd::DataType) Use it like: More...
	DDElement (const std::string &name, const DDEnum &enum_type, const Deserialized &deserialized_info={}, const Serialized &serialized_info={}, const dd::ArraySize &array_size=1, const std::string &description={}, const std::string &comment={}, const dd::BaseUnit &base_unit={}, const std::string &value={}, const std::string &minimum_value={}, const std::string &maximum_value={}, const std::string &default_value={}, const std::string &scale={}, const std::string &offset={})
	Construct a new DDElement object that uses a Enum Type (dd::EnumType) Use it like: More...
	DDElement (const std::string &name, const DDEnum &enum_type, const Deserialized &deserialized_info, const Serialized &serialized_info, const dd::ArraySize &array_size, const std::string &description, const std::string &comment, const DDUnit &unit, const std::string &value={}, const std::string &minimum_value={}, const std::string &maximum_value={}, const std::string &default_value={}, const std::string &scale={}, const std::string &offset={})
	Construct a new DDElement object that uses a Enum Type (dd::EnumType) Use it like: More...
	DDElement (const std::string &name, const DDStructure &structure_type, const Deserialized &deserialized_info={}, const Serialized &serialized_info={}, const dd::ArraySize &array_size=1, const std::string &description={}, const std::string &comment={})
	Construct a new DDElement object that uses a Enum Type (dd::EnumType) Use it like: More...
const dd::StructType::Element &	getElement () const
	Get the Element object. More...
const dd::DataDefinition &	getDD () const
	retrieves a valid DataDefinition for the elements datatypes and units. More...

Private Attributes
dd::DataDefinition	_dd
dd::StructType::Element	_element

Detailed Description

Utility class for a complete valid data definition of one StructType::Element and its dependencies.

This class is for convenience to use it together with ddl::DDStructure .

See also

ddl::DDStructure.

Definition at line 36 of file ddelement.h.

Constructor & Destructor Documentation

DDElement() [1/7]

DDElement	(	const std::string &	name,
		const dd::DataType &	data_type,
		const Deserialized &	deserialized_info = {},
		const Serialized &	serialized_info = {},
		const dd::ArraySize &	array_size = 1,
		const std::string &	description = {},
		const std::string &	comment = {},
		const dd::BaseUnit &	base_unit = {},
		const std::string &	minimum_value = {},
		const std::string &	maximum_value = {},
		const std::string &	default_value = {},
		const std::string &	scale = {},
		const std::string &	offset = {}
	)

Construct a new DDElement object that uses a POD Type (dd::DataType) Use it like:

ddl::DDStructure dd_struct("StructType");
dd_struct.addElement(ddl::DDElement("element_name", ddl::DataType<uint32_t>()));

Parameters

name	Name of the element.
data_type	Data Type of the element. Use dd::DataType template.
deserialized_info	deserialized information (will be set by default to the alignment of data_type).
serialized_info	serialized information of this element (will be set automatically to the next valid bytepos depending on previous elements).
array_size	array size of the element
description	description of the element
comment	comment of the element
base_unit	base_unit of the element to use
minimum_value	minimum value of the element
maximum_value	maximum value of the element
default_value	default value (mind! should fit to the data_type)
scale	scale of the element
offset	offset of the value

DDElement() [2/7]

DDElement	(	const std::string &	name,
		const dd::DataType &	data_type,
		const Deserialized &	deserialized_info,
		const Serialized &	serialized_info,
		const dd::ArraySize &	array_size,
		const std::string &	description,
		const std::string &	comment,
		const DDUnit &	unit,
		const std::string &	minimum_value = {},
		const std::string &	maximum_value = {},
		const std::string &	default_value = {},
		const std::string &	scale = {},
		const std::string &	offset = {}
	)

Construct a new DDElement object that uses a POD Type (dd::DataType) Use it like:

ddl::DDUnit km("Kilometre", "1", "1", "0",
               { ddl::DDRefUnit(ddl::BaseUnit<ddl::unit::Metre>(),
                 3, ddl::UnitPrefix<ddl::unit_prefix::kilo>()) });
ddl::DDStructure dd_struct("StructType");
dd_struct.addElement(ddl::DDElement("element_name", ddl::DataType<uint32_t>(), {}, {}, 1, {},
{}, km));

Parameters

name	Name of the element.
data_type	Data Type of the element. Use ddl::DataType template.
deserialized_info	deserialized information (will be set by default to the alignment of data_type).
serialized_info	serialized information of this element (will be set automatically to the next valid bytepos depending on previous elements).
array_size	array size of the element
description	description of the element
comment	comment of the element
unit	unit of the element
minimum_value	minimum value of the element
maximum_value	maximum value of the element
default_value	default value (mind! should fit to the data_type)
scale	scale of the element
offset	offset of the value

DDElement() [3/7]

DDElement	(	const std::string &	name,
		const DDDataType &	data_type,
		const Deserialized &	deserialized_info = {},
		const Serialized &	serialized_info = {},
		const dd::ArraySize &	array_size = 1,
		const std::string &	description = {},
		const std::string &	comment = {},
		const dd::BaseUnit &	base_unit = {},
		const std::string &	minimum_value = {},
		const std::string &	maximum_value = {},
		const std::string &	default_value = {},
		const std::string &	scale = {},
		const std::string &	offset = {}
	)

Construct a new DDElement object that uses a POD Type (dd::DataType) Use it like:

ddl::DDDataType custom_type("custom", 1);
ddl::DDStructure dd_struct("StructType");
dd_struct.addElement(ddl::DDElement("element_name", custom_type));

Parameters

name	Name of the element.
data_type	Data Type of the element. Use ddl::DataType template.
deserialized_info	deserialized information (will be set by default to the alignment of data_type).
serialized_info	serialized information of this element (will be set automatically to the next valid bytepos depending on previous elements).
array_size	array size of the element
description	description of the element
comment	comment of the element
base_unit	the base unit name of the element
minimum_value	minimum value of the element
maximum_value	maximum value of the element
default_value	default value (mind! should fit to the data_type)
scale	scale of the element
offset	offset of the value

DDElement() [4/7]

DDElement	(	const std::string &	name,
		const DDDataType &	data_type,
		const Deserialized &	deserialized_info,
		const Serialized &	serialized_info,
		const dd::ArraySize &	array_size,
		const std::string &	description,
		const std::string &	comment,
		const DDUnit &	unit,
		const std::string &	minimum_value = {},
		const std::string &	maximum_value = {},
		const std::string &	default_value = {},
		const std::string &	scale = {},
		const std::string &	offset = {}
	)

Construct a new DDElement object that uses a POD Type (dd::DataType) Use it like:

ddl::DDDataType custom_type("custom", 1);
ddl::DDUnit km("Kilometre", "1", "1", "0",
               { ddl::DDRefUnit(ddl::BaseUnit<ddl::unit::Metre>(),
                 3, ddl::UnitPrefix<ddl::unit_prefix::kilo>()) });
ddl::DDStructure dd_struct("StructType");
dd_struct.addElement(ddl::DDElement("element_name", custom_type, {}, {}, 1, {}, {}, km));

Parameters

name	Name of the element.
data_type	Data Type of the element. Use ddl::DataType template.
deserialized_info	deserialized information (will be set by default to the alignment of data_type).
serialized_info	serialized information of this element (will be set automatically to the next valid bytepos depending on previous elements).
array_size	array size of the element
description	description of the element
comment	comment of the element
unit	the unit of the element
minimum_value	minimum value of the element
maximum_value	maximum value of the element
default_value	default value (mind! should fit to the data_type)
scale	scale of the element
offset	offset of the value

DDElement() [5/7]

DDElement	(	const std::string &	name,
		const DDEnum &	enum_type,
		const Deserialized &	deserialized_info = {},
		const Serialized &	serialized_info = {},
		const dd::ArraySize &	array_size = 1,
		const std::string &	description = {},
		const std::string &	comment = {},
		const dd::BaseUnit &	base_unit = {},
		const std::string &	value = {},
		const std::string &	minimum_value = {},
		const std::string &	maximum_value = {},
		const std::string &	default_value = {},
		const std::string &	scale = {},
		const std::string &	offset = {}
	)

Construct a new DDElement object that uses a Enum Type (dd::EnumType) Use it like:

ddl::DDEnum dd_enum("EnumType",
                    ddl::DataType<uint32_t>(),
                    { {"val1", "1" }, { "val2", "2"} });
ddl::DDStructure dd_struct("StructType");
dd_struct.addElement(ddl::DDElement("element_enum", dd_enum));

Parameters

name	Name of the element.
enum_type	Enum Type of the element. Use ddl::DDEnum class.
deserialized_info	deserialized information (will be set by default to the alignment of data_type).
serialized_info	serialized information of this element (will be set automatically to the next valid bytepos depending on previous elements).
array_size	array size of the element
description	description of the element
comment	comment of the element
base_unit	the base unit of the element
value	constant value name of the element (mind! this constant should exists in given enum_type!)
minimum_value	minimum value of the element
maximum_value	maximum value of the element
default_value	default value (mind! should fit to the enum_types data_type)
scale	scale of the element
offset	offset of the value

DDElement() [6/7]

DDElement	(	const std::string &	name,
		const DDEnum &	enum_type,
		const Deserialized &	deserialized_info,
		const Serialized &	serialized_info,
		const dd::ArraySize &	array_size,
		const std::string &	description,
		const std::string &	comment,
		const DDUnit &	unit,
		const std::string &	value = {},
		const std::string &	minimum_value = {},
		const std::string &	maximum_value = {},
		const std::string &	default_value = {},
		const std::string &	scale = {},
		const std::string &	offset = {}
	)

Construct a new DDElement object that uses a Enum Type (dd::EnumType) Use it like:

ddl::DDUnit km("Kilometre", "1", "1", "0",
               { ddl::DDRefUnit(ddl::BaseUnit<ddl::unit::Metre>(),
                 3, ddl::UnitPrefix<ddl::unit_prefix::kilo>()) });
ddl::DDEnum dd_enum("EnumType",
                    ddl::DataType<uint32_t>(),
                    { {"val1", "1" }, { "val2", "2"} });
ddl::DDStructure dd_struct("StructType");
dd_struct.addElement(ddl::DDElement("element_enum", dd_enum{}, {}, 1, {}, {}, km));

Parameters

name	Name of the element.
enum_type	Enum Type of the element. Use ddl::DDEnum class.
deserialized_info	deserialized information (will be set by default to the alignment of data_type).
serialized_info	serialized information of this element (will be set automatically to the next valid bytepos depending on previous elements).
array_size	array size of the element
description	description of the element
comment	comment of the element
unit	the unit name of the element
value	constant value name of the element (mind! this constant should exists in given enum_type!)
minimum_value	minimum value of the element
maximum_value	maximum value of the element
default_value	default value (mind! should fit to the enum_types data_type)
scale	scale of the element
offset	offset of the value

DDElement() [7/7]

DDElement	(	const std::string &	name,
		const DDStructure &	structure_type,
		const Deserialized &	deserialized_info = {},
		const Serialized &	serialized_info = {},
		const dd::ArraySize &	array_size = 1,
		const std::string &	description = {},
		const std::string &	comment = {}
	)

Construct a new DDElement object that uses a Enum Type (dd::EnumType) Use it like:

ddl::DDEnum dd_enum("EnumType", ddl::DataType<uint32_t>(), { {"val1", "1" }, { "val2",
"2"} }); ddl::DDStructure dd_struct("StructType");
dd_struct.addElement(ddl::DDElement("element_enum", dd_enum));

Parameters

name	Name of the element.
structure_type	DDStructure Type of the element. Use ddl::DDStructure class.
deserialized_info	deserialized information (will be set by default to the alignment of data_type).
serialized_info	serialized information of this element (will be set automatically to the next valid bytepos depending on previous elements).
array_size	array size of the element
description	description of the element
comment	comment of the element

Member Function Documentation

getDD()

const dd::DataDefinition& getDD

(

)

const

retrieves a valid DataDefinition for the elements datatypes and units.

Returns

const dd::DataDefinition&

getElement()

const dd::StructType::Element& getElement

(

)

const

Get the Element object.

Returns

const dd::StructType::Element&

operator=() [1/2]

DDElement& operator= ( const DDElement &  )

default

assignment copy operator

Returns

DDElement& reference

operator=() [2/2]

DDElement& operator= ( DDElement &&  )

default

assignment move operator

Returns

DDElement& reference