definition of the dd namespace More...

Namespaces
	datamodel
	definition of the datamodel namespace

	utility
	definition of the utility namespace

Classes
struct	DDFromXMLFactory
	Factory to create a DataDefinition out of a XML based description. More...

struct	DDToXMLFactory
	Template class to create DD DOM nodes with the help of the type DOM_NODE_TYPE. More...

class	DataDefinition
	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...

class	AlignmentConversion
	Alignment Conversion utility. More...

class	AlignmentValidation
	Alignment ConvValidation utility. More...

class	ByteOrderConversion
	ByteOrder Conversion utility. More...

class	ByteOrderDefault
	Default ByteOrder Discovery utility class. More...

class	Version
	DDL Version. More...

class	VersionConversion
	Version conversion utility class. More...

class	ArraySize
	Sinc DDL 2.0 it is possible to define arraysize with a string that indicates a dynamic array. More...

struct	Problem
	Problem to report to find the corresponding item name in a simple way. More...

class	Error
	Exception helper class to collect information while parsing, adding DD Objects or other failed operatons. More...

class	StructElementAccess
	Class to access and obtain the byte position and other information of a instance of this element within a struct (see StructTypeAccess). More...

class	StructElementAccessIterator
	Iterator to iterate thru the StructTypeAccess. More...

class	StructTypeAccess
	Accessing class for a instance of a struct. More...

class	TypeInfo
	TypeInfo model will check for type. More...

class	ElementTypeInfo
	Element Size Info is important to get the calculate the TypeInfo for StructType. More...

class	ValidationServiceInfo
	Validation Service Info used only as one global instance at the dd::DataDefinition. More...

class	ValidationInfo
	Validation Info model will check for validation. More...

Typedefs
using	Header = datamodel::Header
	Reuse of datamodel header class - ddl::dd::datamodel::Header.

using	BaseUnit = datamodel::BaseUnit
	Reuse of datamodel base unit class - ddl::dd::datamodel::BaseUnit.

using	UnitPrefix = datamodel::UnitPrefix
	Reuse of datamodel unit prefix class - ddl::dd::datamodel::UnitPrefix.

using	Unit = datamodel::Unit
	Reuse of datamodel unit class - ddl::dd::datamodel::Unit.

using	DataType = datamodel::DataType
	Reuse of datamodel datatype class - ddl::dd::datamodel::DataType.

using	EnumType = datamodel::EnumType
	Reuse of datamodel enumtype class - ddl::dd::datamodel::EnumType.

using	StructType = datamodel::StructType
	Reuse of datamodel structtype class - ddl::dd::datamodel::StructType.

using	StreamMetaType = datamodel::StreamMetaType
	Reuse of datamodel streammetatype class - ddl::dd::datamodel::StreamMetaType.

using	Stream = datamodel::Stream
	Reuse of datamodel stream class - ddl::dd::datamodel::Stream.

using	DataDescription = dd::DataDefinition
	Alias Name for DataDefinition, formally known as DataDescription.

using	OptionalSize = utility::Optional< size_t >
	Optional Size Type.

Enumerations
enum	TypeOfType : uint8_t { invalid_type , data_type , enum_type , struct_type , stream_meta_type }
	Classification of a Type. More...

enum	TypeOfUnit : uint8_t { invalid_unit , unit , base_unit }
	Classification of unit. More...

enum	Alignment : size_t { e0 = 1 , e1 = 1 , e2 = 2 , e4 = 4 , e8 = 8 , e16 = 16 , e32 = 32 , e64 = 64 , e_invalid = 255 }
	Alignment defintion. More...

enum	ByteOrder { platform_not_supported = 0x00 , plattform_little_endian_8 = 0x01 , platform_big_endian_8 = 0x02 , e_noe = platform_not_supported , e_le = plattform_little_endian_8 , e_be = platform_big_endian_8 }
	Representation of the byteorder enumeration.

enum	InfoType : uint8_t { validation_info , validation_service_info , type_info , element_type_info , named_container_info = element_type_info , last_info }
	The Info model type defines the kind of infomodel and interface. More...

enum class	ValidationLevel : uint8_t { dont_know , invalid , good_enough , valid }
	Validation level. More...

Functions
bool	addTypeByName (const std::string &type_name, const DataDefinition &source_dd, DataDefinition &destination_dd)
	Helper function which merges or adds the type with the name of `type_name`. More...

bool	addStreamTypeByName (const std::string &stream_type_name, const DataDefinition &source_dd, DataDefinition &destination_dd)
	Merges or add the streamtype with the name of `stream_type_name`. More...

bool	addUnitByName (const std::string &unit_name, const DataDefinition &source_dd, DataDefinition &destination_dd)
	Merges or add the unit with the name of `unit_name`. More...

std::vector< std::string >	transformValidationProblemList (const std::vector< ddl::dd::Problem > &problems)
	transforms the validation protocol of problems to a simple vrctor of strings. More...

std::vector< std::string >	transformProblemList (const std::vector< Problem > &problems)
	transforms the Problem List to a simple vector of strings. More...

Detailed Description

definition of the dd namespace

Enumeration Type Documentation

◆ Alignment

enum Alignment : size_t

Alignment defintion.

Enumerator
e0	for backward compatibility
e1	Default alignment.

Definition at line 98 of file dd_common_types.h.

◆ InfoType

enum InfoType : uint8_t

The Info model type defines the kind of infomodel and interface.

See also: datamodel::Info, datamodel::InfoMap

Enumerator
validation_info	Validation Info. See also ValidationInfo
validation_service_info	Validation Info Service. See also ValidationServiceInfo
type_info	Type Info. See also TypeInfo
element_type_info	Element Type Info. See also ElementTypeInfo
named_container_info	internal type
last_info	for customer info (use a offset to implement own infos if necessary)

Definition at line 28 of file dd_infomodel_type.h.

◆ TypeOfType

enum TypeOfType : uint8_t

Classification of a Type.

Enumerator
invalid_type	the type is unknown
data_type	the type is a data type (DataType)
enum_type	the type is a enum type (EnumType)
struct_type	the type is a struct type (StructType)
stream_meta_type	the type is an stream meta type (StreamMetaType)

Definition at line 44 of file dd_common_types.h.

◆ TypeOfUnit

enum TypeOfUnit : uint8_t

Classification of unit.

Enumerator
invalid_unit	the type of the unit is unknown
unit	the unit is a unit (Unit)
base_unit	the unit is a base unit (BaseUnit)

Definition at line 76 of file dd_common_types.h.

◆ ValidationLevel

enum ValidationLevel : uint8_t

strong

Validation level.

Enumerator
dont_know	The validation is not known. This means it is not calculated yet. Use i.e. ddl::dd::DataDefinition::validate
invalid	the validation level is invalid, dependencies can not be obtained or the dependency "to" is invalid (struct to struct i.e.).
good_enough	Structs and elements can be "good_enough" for the TypeInfo. This means the Coder and Decoder can calculate the sizes and the all access Functions can obtain values. Usually this should be the valid state. The problem is, that there are DataDefinition out there (in the users world) using i.e. units, but does not define the unit within that DD. At this point we do not want to break that code! So good enough means: Not well defined in some cases, but good enough for calculate byte positions and TypeInfo. Only structs, enums and datatypes may have a validationlevel of "good_enough" if there are any other DD Objects used in a DataDefinition and they are "invalid", the DD will also set to "invalid"!
valid	every thing is well defined.

Definition at line 62 of file dd_infomodel_type.h.

Function Documentation

◆ addStreamTypeByName()

bool ddl::dd::addStreamTypeByName	(	const std::string &	stream_type_name,
		const DataDefinition &	source_dd,
		DataDefinition &	destination_dd
	)

Merges or add the streamtype with the name of stream_type_name.

If there are dependencies, they will be retrieved from source_dd.
following types are considered:

StructType
StreamMetaType

Remarks: This functionality was designed to support adding types that are part of the streams (Stream).

Parameters

stream_type_name	the typename of the type to add.
source_dd	dependencies will be obtained from this DataDefinition reference (streammetatype, structtype, etc.)
destination_dd	where to add or merge

Exceptions

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

Return values

true	a type was found and added
false	a type was NOT found and so NOT added

◆ addTypeByName()

bool ddl::dd::addTypeByName	(	const std::string &	type_name,
		const DataDefinition &	source_dd,
		DataDefinition &	destination_dd
	)

Helper function which merges or adds the type with the name of type_name.

If there are dependencies, they will be retrieved from source_dd.
following types are considered:

DataType
EnumType
StructType

Remarks: This functionality was designed to support adding types that are part of the elements within a StructType.

Parameters

type_name	the typename of the type to add.
source_dd	dependencies will be obtained from this DataDefinition reference (other streammetatype)
destination_dd	where to add or merge

Exceptions

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

Return values

true	a type was found and added
false	a type was NOT found and so NOT added

◆ addUnitByName()

bool ddl::dd::addUnitByName	(	const std::string &	unit_name,
		const DataDefinition &	source_dd,
		DataDefinition &	destination_dd
	)

Merges or add the unit with the name of unit_name.

If there are dependencies, they will be retrieved from source_dd.
following types are considered:

BaseUnit
Unit

Parameters

unit_name	the unitname of the unit to add.
source_dd	dependencies will be obtained from this DataDefinition reference (baseunit, unitprefix)
destination_dd	where to add or merge

Exceptions

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

Return values

true	a unit was found and added
false	a unit was NOT found and so NOT added

◆ transformProblemList()

std::vector<std::string> ddl::dd::transformProblemList ( const std::vector< Problem > & problems )

transforms the Problem List to a simple vector of strings.

Simple usage:

//...
 
using namespace ddl;
dd::DataDefinition my_dd;
//... adding ... loading ... using
std::cout <<
a_util::strings::join(dd::transformProblemList(my_dd.getValidationProtocol()),"\n");

Parameters

problems the problems to tranform.

Returns: std::vector<std::string>

◆ transformValidationProblemList()

std::vector<std::string> ddl::dd::transformValidationProblemList ( const std::vector< ddl::dd::Problem > & problems )

transforms the validation protocol of problems to a simple vrctor of strings.

Simple usage:

//...
 
using namespace ddl;
dd::DataDefinition my_dd;
//... adding ... loading ... using
std::cout <<
a_util::strings::join(dd::transformValidationProblemList(my_dd.getValidationProtocol()),"\n");

Parameters

problems the problems to tranform.

Returns: std::vector<std::string>

Namespaces

Classes

Typedefs

Enumerations

Functions

Detailed Description

Enumeration Type Documentation

◆ Alignment

◆ InfoType

◆ TypeOfType

◆ TypeOfUnit

◆ ValidationLevel

Function Documentation

◆ addStreamTypeByName()

◆ addTypeByName()

◆ addUnitByName()

◆ transformProblemList()

◆ transformValidationProblemList()