piranha::boost_save_impl< Archive, static_vector< T, S >, boost_save_vector_enabler< Archive, static_vector< T, S > > > Struct Template Reference

Specialisation of piranha::boost_save() for piranha::static_vector. More...

#include <piranha/static_vector.hpp>

Inheritance diagram for piranha::boost_save_impl< Archive, static_vector< T, S >, boost_save_vector_enabler< Archive, static_vector< T, S > > >:

Collaboration diagram for piranha::boost_save_impl< Archive, static_vector< T, S >, boost_save_vector_enabler< Archive, static_vector< T, S > > >:

Public Member Functions
void	operator() (Archive &ar, const static_vector< T, S > &x) const
	Call operator. More...

Detailed Description

template<typename Archive, typename T, std::size_t S>
struct piranha::boost_save_impl< Archive, static_vector< T, S >, boost_save_vector_enabler< Archive, static_vector< T, S > > >

Specialisation of piranha::boost_save() for piranha::static_vector.

Note

This specialisation is enabled only if T and the size type of the vector satisfy piranha::has_boost_save.

Exceptions

unspecified

any exception thrown by piranha::boost_save().

Definition at line 708 of file static_vector.hpp.

Member Function Documentation

operator()()

void piranha::boost_save_via_boost_api< Archive, static_vector< T, S > >::operator() ( Archive &  ar, const static_vector< T, S > &  x  ) const

inlineinherited

Call operator.

The body of this operator is equivalent to:

ar << x;

That is, x will be inserted into the archive ar using the stream insertion operator. In order for this method to be callable, the type T must provide valid overloads of the methods/functions needed by the Boost serialization API.

Parameters

ar	the archive into which x will be serialized.
x	the serialization argument.

Exceptions

unspecified

any exception thrown by the insertion of x into ar.

Definition at line 233 of file s11n.hpp.

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

• static_vector.hpp