co_ecs::schedule Class Reference

Manages the execution of systems in different stages. More...

#include <schedule.hpp>

Public Member Functions
template<typename... Args>
auto	add_init_system (Args &&... args) -> self_type &
	Adds an initialization system to the initial stage.
auto	begin_stage (std::string_view name={}) -> stage &
	Begins a new stage in the schedule.
auto	create_executor (registry &registry, void *user_context=nullptr) -> std::unique_ptr< schedule_executor >
	Creates an executor for the schedule.

Detailed Description

Manages the execution of systems in different stages.

Member Function Documentation

add_init_system()

template<typename... Args>

auto co_ecs::schedule::add_init_system ( Args &&... args ) -> self_type&

inline

Adds an initialization system to the initial stage.

This function adds a system to the initialization stage, which is executed before other stages.

Parameters

args	Arguments for the system to be added.

Returns

Reference to this schedule object.

begin_stage()

auto co_ecs::schedule::begin_stage ( std::string_view name = {} ) -> stage&

inline

Begins a new stage in the schedule.

This function creates a new stage with the given name and adds it to the schedule.

Parameters

name	Name of the stage to be created.

Returns

Reference to the newly created stage.

create_executor()

auto co_ecs::schedule::create_executor ( registry & registry, void * user_context = nullptr ) -> std::unique_ptr<schedule_executor>

inline

Creates an executor for the schedule.

This function creates a schedule executor, which is responsible for running the stages of the schedule.

Parameters

registry	Reference to the registry object.
user_context	Optional user context.

Returns

Unique pointer to the created schedule executor.

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

• include/co_ecs/system/schedule.hpp