DynamicData< DELEGATE > Class Template Reference

#include <DynamicData.hpp>

Inheritance diagram for DynamicData< DELEGATE >:

List of all members.

Classes
class	ConstMemberDescriptorIterator
class	MemberDescriptorIterator
Public Member Functions
const dds::type::dynamic::DynamicType &	type () const
MemberDescriptorIterator	begin ()
MemberDescriptorIterator	end ()
ConstMemberDescriptorIterator	begin () const
ConstMemberDescriptorIterator	end () const
dds::type::MemberId	member_id (const std::string &name) const
dds::type::MemberId	member_idx (unsigned long index) const
void	clear_all_values ()
void	clear_nonkey_values ()
void	clear_value (dds::type::MemberId id)
const dds::type::dynamic::DynamicData &	loan_value (dds::type::MemberId id) const
dds::type::dynamic::DynamicData &	loan_value (dds::type::MemberId id)
void	return_loaned_value (const dds::type::dynamic::DynamicData &value)
template<typename T >
T	value (dds::type::MemberId id) const
template<typename T >
void	value (dds::type::MemberId id, const T &value)
template<typename T , typename T_FWD_ITER >
void	values (T_FWD_ITER begin, dds::type::MemberId id, uint32_t &element_count=dds::core::LENGTH_UNLIMITED) const
template<typename T , typename T_RNDA_ITER >
void	values (dds::type::MemberId id, T_RNDA_ITER begin, T_RNDA_ITER end)

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Detailed Description

template<typename DELEGATE>
class tdds::type::dynamic::DynamicData< DELEGATE >

Definition at line 33 of file DynamicData.hpp.

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Member Function Documentation

MemberDescriptorIterator begin

(

)

ConstMemberDescriptorIterator begin

(

)

const

void clear_all_values

(

)

void clear_nonkey_values

(

)

void clear_value

(

dds::type::MemberId

id

)

ConstMemberDescriptorIterator end

(

)

const

MemberDescriptorIterator end

(

)

const dds::type::dynamic::DynamicData& loan_value

(

dds::type::MemberId

id

)

const

dds::type::dynamic::DynamicData& loan_value

(

dds::type::MemberId

id

)

dds::type::MemberId member_id

(

const std::string &

name

)

const

dds::type::MemberId member_idx

(

unsigned long

index

)

const

void return_loaned_value

(

const dds::type::dynamic::DynamicData< DELEGATE > &

value

)

const dds::type::dynamic::DynamicType& type

(

)

const

T value

(

dds::type::MemberId

id

)

const

Implementations shall minimally provide specializations for all DDS primitive types, strings, wide strings, and DynamicData.

void value	(	dds::type::MemberId	id,
		const T &	value
	)

Implementations shall minimally provide specializations for all DDS primitive types, strings, wide strings, and DynamicData.

void values	(	dds::type::MemberId	id,
		T_RNDA_ITER	begin,
		T_RNDA_ITER	end
	)

Implementations shall minimally provide specializations of T for all DDS primitive types, strings, wide strings, and DynamicData.

T_RNDA_ITER is a random-access iterator over elements of type T. However, implementations shall not modify the values within the range [begin, end).

void values	(	T_FWD_ITER	begin,
		dds::type::MemberId	id,
		uint32_t &	element_count = dds::core::LENGTH_UNLIMITED
	)			const

Implementations shall minimally provide specializations of T for all DDS primitive types, strings, wide strings, and DynamicData.

T_FWD_ITER is a forward iterator over elements of type T.

As an input, element_count indicates the maximum number of elements of the collection to retrieve into the provided iterator. As an output, it indicates the number of elements in the collection, regardless of how many were retrieved. By comparing the input and output values of this argument, applications can detect overflow and underflow conditions.

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

• src/hpp/tdds/xtypes/DynamicData.hpp