Represents on DaStGen2 object, i.e. More...

Inheritance diagram for dastgen2.DataModel.DataModel:

Collaboration diagram for dastgen2.DataModel.DataModel:

Public Member Functions
	__init__ (self, full_qualified_name, has_nondefault_constructor=True, embed_attributes_into_data_store=False)
	Construct the data model.

	set_full_qualified_name (self, full_qualified_name)

	add_attribute (self, attribute)

	add_or_replace_attribute (self, attribute)
	Check first whether attribute already exists.

	add_aspect (self, aspect)
	Add a new aspect.

	write_header_file (self, full_qualified_filename)
	writes the header file for your data model.

	write_implementation_file (self, full_qualified_filename)
	writes the implementation (.cpp) file for your data model.

	expose_all_attributes_in_header_file (self)

	full_qualified_name (self)

	name (self)

Data Fields
	has_nondefault_constructor

	public_fields

	additional_includes

Protected Member Functions
	_get_constructor_arguments (self)
	Generates the list of constructor arguments needed to fully instantiate an object of the class the datamodel generates.

Protected Attributes
	_full_qualified_name

	_attributes

	_aspects

	_embed_attributes_into_data_store

Static Protected Attributes
str	_Header_Template_Without_Data_Store

str	_Header_Template_With_Data_Store

Private Member Functions
	__use_default_copy_constructor (self)

	__generate_constructor_definition (self, output)
	In this generation business, I faced multiple issues with initialisation lists: where are comma if some fields are not defined, which fields can I copy directly, and which ones do I have to copy manually, and so forth.

	__generate_toString_definition (self, output)

	__generate_explicit_copy_constructor (self, output)

	__generate_accessors (self, output, is_cpp_file)
	Generate getter/setter functions.

Detailed Description

Represents on DaStGen2 object, i.e.

one data model

A data model has attributes and it is tied to aspects which inject some technical behaviour that is cross-cutting.

Definition at line 8 of file DataModel.py.

Constructor & Destructor Documentation

◆ init()

dastgen2.DataModel.DataModel.__init__	(	self,
		full_qualified_name,
		has_nondefault_constructor = `True`,
		embed_attributes_into_data_store = `False`
	)

Construct the data model.

Attributes

public_fields: C++ string This will be used to add public fields to the class, and each attribute can feed into this string. However, you can also modify it yourself.

Arguments

Parameters

full_qualified_name Full qualified name Please pass in in C++ convention i.e. with :: separating the namespaces.

Definition at line 16 of file DataModel.py.

Member Function Documentation

◆ __generate_accessors()

dastgen2.DataModel.DataModel.__generate_accessors	(	self,
		output,
		is_cpp_file
	)

private

Generate getter/setter functions.

Generate all the setters and getters and use get_methods() to construct them for the individual attributes.

output: File object File object that will be written to.

is_cpp_file: Boolean. True if the output is intended to be the .cpp file. False if it's the header file.

Definition at line 391 of file DataModel.py.

References dastgen2.DataModel.DataModel._attributes, and dastgen2.DataModel.DataModel._full_qualified_name.

Referenced by dastgen2.DataModel.DataModel.write_header_file(), and dastgen2.DataModel.DataModel.write_implementation_file().

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◆ __generate_constructor_definition()

dastgen2.DataModel.DataModel.__generate_constructor_definition	(	self,
		output
	)

private

In this generation business, I faced multiple issues with initialisation lists: where are comma if some fields are not defined, which fields can I copy directly, and which ones do I have to copy manually, and so forth.

Definition at line 297 of file DataModel.py.

References dastgen2.DataModel.DataModel._attributes, dastgen2.DataModel.DataModel._full_qualified_name, and dastgen2.DataModel.DataModel._get_constructor_arguments().

Referenced by dastgen2.DataModel.DataModel.write_implementation_file().

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