Application< RendererType > Class Template Reference

Entry point of the application. More...

#include <application.hpp>

Public Member Functions
	Application (void)
	Constructs an Application object.
	~Application (void)=default
	Destroys the Application object.
std::shared_ptr< RendererType >	getRenderer (void) const
	Gets the renderer.
std::shared_ptr< Container >	getRoot (void) const
	Gets the root container.
void	setRoot (std::shared_ptr< Container > root)
	Sets the root container.
void	run (void)
	Runs the application.
void	update (void)
	Updates the application state.
void	stop (void)
	Stop the application run loop (if managed externally).

Protected Member Functions
void	drawTree (const std::shared_ptr< Component > &component)
	Recursively draw the component tree using the renderer.

Detailed Description

template<typename RendererType>
class Application< RendererType >

Entry point of the application.

The Application class holds the root component and manages the global lifecycle.

Member Function Documentation

drawTree()

template<typename RendererType >

void Application< RendererType >::drawTree ( const std::shared_ptr< Component > &  component )

inlineprotected

Recursively draw the component tree using the renderer.

This walks the component hierarchy starting from the given component, draws all primitives in each component, and then recurses to children.

Parameters

component

The starting component to draw

getRenderer()

template<typename RendererType >

std::shared_ptr< RendererType > Application< RendererType >::getRenderer ( void  ) const

inline

Gets the renderer.

Returns

std::shared_ptr<RendererType> The renderer

getRoot()

template<typename RendererType >

std::shared_ptr< Container > Application< RendererType >::getRoot ( void  ) const

inline

Gets the root container.

Returns

std::shared_ptr<Container> The root container

run()

template<typename RendererType >

void Application< RendererType >::run ( void  )

inline

Runs the application.

This method starts the application lifecycle and performs a frame of the main loop using the renderer: clear, render, draw, and present. If you need continuous rendering, call this method in your own loop or extend it to manage events and timing.

setRoot()

template<typename RendererType >

void Application< RendererType >::setRoot ( std::shared_ptr< Container >  root )

inline

Sets the root container.

Parameters

root	The new root container

update()

template<typename RendererType >

void Application< RendererType >::update ( void  )

inline

Updates the application state.

This method is called to update the application and trigger re-rendering.

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

• headers/application.hpp