The XMLSchemaDefinition class's purpose is to collect all of the elements that go into an XML Schema, to filter out the elements that are repeated (e.g. a restriction such as the "int_cslist" given in the description for XMLSchemaRestriction above may be reported twice to the XMLSchemaDefinition by several attributes that rely upon it), to detect non-identical duplicates that have the same name, and to write out the elements that it has been handed into a single string. The XMLSchemaDefinition is intended to be passed between static functions / non-class-member functions as a container for the XML Schema representations that these functions define. Such functions will always take an XMLSchemaDefinition reference as one of their input parameters. It is perfectly legitimate / recommended for one XML-schema-defining function that relies on a complexType or restriction that it does not itself define to pass its input XMLSchemaDefinition to the function that does define that complexType or restriction. More...

#include <XMLSchemaGeneration.hh>

Inheritance diagram for utility::tag::XMLSchemaDefinition:

[legend]

Public Member Functions
	XMLSchemaDefinition ()

	~XMLSchemaDefinition () override

void	add_top_level_element (XMLSchemaTopLevelElement const &element)

bool	has_top_level_element (std::string const &element_name) const

std::string	full_definition () const
	Returns the full XML schema definition, in XML format. More...

std::string	human_readable_summary (std::string const &component_name="", std::string const &component_type="") const
	Returns a human-readable summary of the XML schema definition. More...

Public Member Functions inherited from utility::VirtualBase
	VirtualBase ()=default
	Default constructor. More...

virtual	~VirtualBase ()=default
	The virtual destructor is one of the main reasons for the VirtualBase class. More...

	VirtualBase (VirtualBase const &)=default

	VirtualBase (VirtualBase &&)=default

VirtualBase &	operator= (VirtualBase const &)=default

VirtualBase &	operator= (VirtualBase &&)=default

Private Member Functions
void	validate_new_top_level_element (std::string const &element_name, std::string const &definition)

Private Attributes
std::list< std::string >	elements_in_order_

std::map< std::string, std::string >	top_level_elements_

Detailed Description

The XMLSchemaDefinition class's purpose is to collect all of the elements that go into an XML Schema, to filter out the elements that are repeated (e.g. a restriction such as the "int_cslist" given in the description for XMLSchemaRestriction above may be reported twice to the XMLSchemaDefinition by several attributes that rely upon it), to detect non-identical duplicates that have the same name, and to write out the elements that it has been handed into a single string. The XMLSchemaDefinition is intended to be passed between static functions / non-class-member functions as a container for the XML Schema representations that these functions define. Such functions will always take an XMLSchemaDefinition reference as one of their input parameters. It is perfectly legitimate / recommended for one XML-schema-defining function that relies on a complexType or restriction that it does not itself define to pass its input XMLSchemaDefinition to the function that does define that complexType or restriction.

Constructor & Destructor Documentation

utility::tag::XMLSchemaDefinition::XMLSchemaDefinition ( )

default

utility::tag::XMLSchemaDefinition::~XMLSchemaDefinition ( )

overridedefault

Member Function Documentation

void utility::tag::XMLSchemaDefinition::add_top_level_element ( XMLSchemaTopLevelElement const & element )

References CREATE_EXCEPTION, utility::tag::XMLSchemaTopLevelElement::element_name(), elements_in_order_, test.T008_Serialization::oss, utility::tag::XMLSchemaTopLevelElement::prepare_for_output(), top_level_elements_, validate_new_top_level_element(), and utility::tag::XMLSchemaTopLevelElement::write_definition().

Referenced by utility::tag::activate_common_simple_type(), utility::tag::add_schema_restrictions_for_strings(), basic::database::attributes_for_parse_database_connection(), utility::tag::define_xml_schema_group(), and utility::tag::XMLSchemaComplexTypeGeneratorImpl::write_complex_type_to_schema().

std::string utility::tag::XMLSchemaDefinition::full_definition ( ) const

Returns the full XML schema definition, in XML format.

References elements_in_order_, test.T008_Serialization::oss, and top_level_elements_.

Referenced by human_readable_summary().

bool utility::tag::XMLSchemaDefinition::has_top_level_element ( std::string const & element_name ) const

References top_level_elements_.

Referenced by utility::tag::define_xml_schema_group().

std::string utility::tag::XMLSchemaDefinition::human_readable_summary	(	std::string const &	component_name = `""`,
		std::string const &	component_type = `""`
	)		const

Returns a human-readable summary of the XML schema definition.

SLOW! Must generate the summary for every invocation.

Note: If component_name and component_type are provided, then summary information is only returned for that particular object type. For example, component_name="DeclareBond" and component_type="mover" would return information on the DeclareBond mover. Also note, this function uses raw pointers, unfortunately – the libxml2 functions that I'm calling require it. As such, no premature return statements should be added prior to the xmlFreeDoc and xmlCleanupParser statements at the end of the function.