forb Namespace Reference

This function implements a memcpy abstract that is valid also for volatile data. More...

Classes
class	base_skeleton
	The class from which any automatically generated skeleton will inherit. More...
class	base_stub
	The class from which any automatically generated stub will inherit. More...
class	exception
	Custom exception type used in FORB library. More...
class	remote_registry
	Emulates a complete registry of all active remote objects that use this framework. More...

Typedefs
using	remote_ptr = std::shared_ptr< base_stub >
	Shared pointer to a base_class object (or a derived class).
using	remote_var = std::unique_ptr< base_stub >
	Unique pointer to a base_class object (or a derived class).
using	call_id_t = uint16_t
	The type that will be used to transmit the call_id.
using	res_code_t = uint16_t
	The type that will be used to exchange the res_code.

Functions
template<typename T >
bool	is_nil (const std::shared_ptr< T > &ptr)
	Returns true if the given pointer to a base_stub (or derived class) is null.
template<typename T >
bool	is_nil (const std::unique_ptr< T > &ptr)
	Returns true if the given pointer to a base_stub (or derived class) is null.
template<typename T >
constexpr forb::call_id_t	call_id_t_cast (T &&v)
	Casts any integer type to call_id_t. More...

Detailed Description

This function implements a memcpy abstract that is valid also for volatile data.

The standard memcpy function is not suitable for volatile arrays because the volatile attribute is dropped when the function is called, while this one keeps the volatile attributes of either dest or src. It may however not be as efficient as standard memcpy though.

Function Documentation

call_id_t_cast()

template<typename T >

constexpr forb::call_id_t forb::call_id_t_cast

(

T &&

v

)

Casts any integer type to call_id_t.

Used to send as call_id_t enumerators that use call_id_t as underlying type.