th::Factory Class Reference

#include <Factory.h>

Public Member Functions
template<>
auto	make (const std::string &name) -> std::unique_ptr< GameObject >
	full specialization of Factory::make() where you request a gameobject, so you don't need to know what type it actually is
	Factory ()=delete
	~Factory ()=delete
	Factory (const Factory &other)=delete
	Factory (Factory &&other) noexcept=delete
auto	operator= (const Factory &other) -> Factory &=delete
auto	operator= (Factory &&other) noexcept -> Factory &=delete

Static Public Member Functions
template<typename T>
static auto	make (const std::string &name) -> std::unique_ptr< T >
	create an object and heap allocate it.

Static Private Member Functions
static auto	create (const std::string &name) -> std::unique_ptr< AnySerializable >
	create an object and heap allocate it.
static auto	makePath (const std::string &name) -> std::string
	prepends "Data/" and appends ".json" to a string maybe in the future we will allow this to handle subfolders for datatypes

Private Attributes
friend	Library

Constructor & Destructor Documentation

Factory() [1/3]

th::Factory::Factory ( )

delete

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~Factory()

th::Factory::~Factory ( )

delete

Factory() [2/3]

th::Factory::Factory ( const Factory & other )

delete

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Factory() [3/3]

th::Factory::Factory ( Factory && other )

deletenoexcept

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Member Function Documentation

create()

auto th::Factory::create ( const std::string & name ) ->std::unique_ptr< AnySerializable >

staticprivate

create an object and heap allocate it.

Does not check if it exists in library

Parameters

name	the name of the object to create

Returns

a unique pointer to the object to create

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make() [1/2]

template<>

auto th::Factory::make ( const std::string & name ) ->std::unique_ptr< GameObject >

inline

full specialization of Factory::make() where you request a gameobject, so you don't need to know what type it actually is

Parameters

name

Returns

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make() [2/2]

template<typename T>

auto th::Factory::make ( const std::string & name ) ->std::unique_ptr< T >

inlinestatic

create an object and heap allocate it.

checks if it exists in library, and if it does, copies that instead of constructing a new object

Template Parameters

T	the type to turn the object into, just a normal anycast

Parameters

name	the name of the object to create

Returns

a unique pointer to the object to create

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makePath()

auto th::Factory::makePath ( const std::string & name ) ->std::string

staticprivate

prepends "Data/" and appends ".json" to a string maybe in the future we will allow this to handle subfolders for datatypes

Parameters

name	the name of the object to load

Returns

the path to the json of the object

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operator=() [1/2]

auto th::Factory::operator= ( const Factory & other ) ->Factory &=delete

delete

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operator=() [2/2]

auto th::Factory::operator= ( Factory && other ) ->Factory &=delete

deletenoexcept

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Member Data Documentation

Library

friend th::Factory::Library

private

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

• /home/egrazil/sites/Brunot/The House/source/Framework/Factory.h
• /home/egrazil/sites/Brunot/The House/source/Framework/Factory.cpp