xentara::skill::Skill::ConcreteClass< DerivedSkill, kName, kUuid, ElementClasses > Class Template Reference

Convenience subclass of Class that implements all callbacks. More...

#include <xentara/skill/Skill.hpp>

Inheritance diagram for xentara::skill::Skill::ConcreteClass< DerivedSkill, kName, kUuid, ElementClasses >:

Private Member Functions
Virtual Overrides for Class
auto	name () const -> std::string_view final
	Virtual override for Class::name()
auto	uuid () const -> utils::core::Uuid final
	Virtual override for Class::uuid()
auto	registerElements (Registry &registry) -> void final
	Virtual override for Class::registerElements()

Additional Inherited Members
Public Member Functions inherited from xentara::skill::Skill::Class
virtual	~Class ()=0
	Virtual destructor.
Public Member Functions inherited from xentara::utils::tools::DisableCopy
constexpr	DisableCopy () noexcept=default
	DisableCopy (const DisableCopy &)=delete
DisableCopy &	operator= (const DisableCopy &)=delete

Detailed Description

template<typename DerivedSkill, utils::tparam::String kName, utils::tparam::Uuid kUuid, std::derived_from< Element::Class >... ElementClasses>
class xentara::skill::Skill::ConcreteClass< DerivedSkill, kName, kUuid, ElementClasses >

Convenience subclass of Class that implements all callbacks.

This class is a convenience class that implements all the virtual member functions of Class using the given template parameters. Instead of implementing your own subclass of Class, you can use a specialization of this template:

class MySkill final : public skill::Skill
{
private:
    using Class = ConcreteClass<MySkill,
        "MySkill",
        "ea39e37e-cf11-4c85-8435-d4df5f588b10"_uuid,
        MyElement1::Class,
        MyElement2::Class>;
 
   static Class _class;
};

Template Parameters

DerivedSkill	The skill class this object represents. This class must be derived from Skill. An object of this class will be created and returned by the createSkill() callback.
kName	A string literal containing the name of the skill, in UTF-8 encoding. This name will be returned by the name() callback.
kUuid	A UUID literal containing the UUID of the skill. This UUID will be returned by the uuid() callback.
ElementClasses...	All the element classes the skill provides. The classes must provide a static member function named instance() that returns a non-const reference to a global instance of the class, as demonstated by Element::ConcreteClass::instance(). The skill class will register all the instances returned by ElementClasses::instance()... in the registerElements() callback().

Member Function Documentation

name()

template<typename DerivedSkill , utils::tparam::String kName, utils::tparam::Uuid kUuid, std::derived_from< Element::Class >... ElementClasses>

auto xentara::skill::Skill::ConcreteClass< DerivedSkill, kName, kUuid, ElementClasses >::name ( ) const -> std::string_view

finalprivatevirtual

Virtual override for Class::name()

This function returns the kName template parameter.

Implements xentara::skill::Skill::Class.

registerElements()

template<typename DerivedSkill , utils::tparam::String kName, utils::tparam::Uuid kUuid, std::derived_from< Element::Class >... ElementClasses>

auto xentara::skill::Skill::ConcreteClass< DerivedSkill, kName, kUuid, ElementClasses >::registerElements ( Registry &  registry ) -> void

finalprivatevirtual

Virtual override for Class::registerElements()

This function registers one class from each of the ElementClasses template parameters.

Implements xentara::skill::Skill::Class.

uuid()

template<typename DerivedSkill , utils::tparam::String kName, utils::tparam::Uuid kUuid, std::derived_from< Element::Class >... ElementClasses>

auto xentara::skill::Skill::ConcreteClass< DerivedSkill, kName, kUuid, ElementClasses >::uuid ( ) const -> utils::core::Uuid

finalprivatevirtual

Virtual override for Class::uuid()

This function returns the kUuid template parameter.

Implements xentara::skill::Skill::Class.