Engine::EngineManager Class Reference

Stores the active engine pointer for systems that cannot receive it directly. More...

#include <Engine.h>

Collaboration diagram for Engine::EngineManager:

Public Member Functions
virtual	~EngineManager ()=default
	Destroys the engine manager interface.
EngineKern *	getEngineModule ()
	Returns the active engine.
void	setEngine (EngineKern *engineInstance)
	Registers the active engine pointer.

Static Public Member Functions
static EngineManager &	getInstance ()
	Returns the singleton engine manager instance.

Protected Member Functions
	EngineManager ()=default
	Creates an empty engine manager.
	EngineManager (const EngineManager &)=delete
	cannot be copied.
EngineManager &	operator= (const EngineManager &)=delete
	cannot be copy-assigned.

Protected Attributes
Engine::EngineKern *	engine_ = nullptr
	Active engine instance, or null when none is registered.

Detailed Description

Stores the active engine pointer for systems that cannot receive it directly.

Definition at line 395 of file Engine.h.

Constructor & Destructor Documentation

~EngineManager()

virtual Engine::EngineManager::~EngineManager ( )

virtualdefault

Destroys the engine manager interface.

EngineManager() [1/2]

Engine::EngineManager::EngineManager ( )

protecteddefault

Creates an empty engine manager.

Referenced by EngineManager(), getInstance(), and operator=().

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EngineManager() [2/2]

Engine::EngineManager::EngineManager ( const EngineManager & )

protecteddelete

cannot be copied.

References EngineManager().

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Member Function Documentation

getEngineModule()

EngineKern * Engine::EngineManager::getEngineModule

(

)

Returns the active engine.

Returns

Engine pointer registered with setEngine(), or null when no engine is registered.

getInstance()

EngineManager & Engine::EngineManager::getInstance ( )

static

Returns the singleton engine manager instance.

References EngineManager().

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operator=()

EngineManager & Engine::EngineManager::operator= ( const EngineManager & )

protecteddelete

cannot be copy-assigned.

References EngineManager().

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setEngine()

void Engine::EngineManager::setEngine

(

EngineKern *

engineInstance

)

Registers the active engine pointer.

Parameters

engineInstance

Engine instance owned by the application entry point.

Member Data Documentation

engine_

Engine::EngineKern* Engine::EngineManager::engine_ = nullptr

protected

Active engine instance, or null when none is registered.

Definition at line 420 of file Engine.h.

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

• /workspace/magerbeton/gl3-vulkan/code/Engine/include/Engine/Core/Engine.h