TRunnableMechanic< ChainT, Ts > Struct Template Reference

The base template for all object-based mechanics. More...

#include <RunnableMechanic.h>

Inheritance diagram for TRunnableMechanic< ChainT, Ts >:

Collaboration diagram for TRunnableMechanic< ChainT, Ts >:

Public Types
using	ComponentTypes = TComponentTypesPack< Ts... >
	The types of components used within the operation.
using	FCursor = typename ChainT::FCursor
	The type of cursor to operate with.

Public Member Functions
virtual void	operator() (const typename ChainT::FCursor &, Ts...)=0
	Operate the current subject.
Public Member Functions inherited from FRunnableMechanicBase
FRunnableThread *	GetRunnableThread () const
	Get a thread this mechanic operates within.

Detailed Description

template<typename ChainT, typename ... Ts>
struct TRunnableMechanic< ChainT, Ts >

The base template for all object-based mechanics.

You can optionally use this template as a base for you custom mechanical objects.

Template Parameters

ChainT	The type of chain to operate on.
Ts	The types of components to operate on.

Member Typedef Documentation

ComponentTypes

template<typename ChainT , typename ... Ts>

using TRunnableMechanic< ChainT, Ts >::ComponentTypes = TComponentTypesPack<Ts...>

The types of components used within the operation.

FCursor

template<typename ChainT , typename ... Ts>

using TRunnableMechanic< ChainT, Ts >::FCursor = typename ChainT::FCursor

The type of cursor to operate with.

Member Function Documentation

operator()()

template<typename ChainT , typename ... Ts>

virtual void TRunnableMechanic< ChainT, Ts >::operator() ( const typename ChainT::FCursor &  , Ts...    )

pure virtual

Operate the current subject.

Implement in the descendants. Using an inline (FORCEINLINE) method is recommended, since the inlining-friendly context will be provided for the execution.

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

• RunnableMechanic.h